CN216937125U - Automatic blanking system applied to half battery piece - Google Patents
Automatic blanking system applied to half battery piece Download PDFInfo
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- CN216937125U CN216937125U CN202123248827.9U CN202123248827U CN216937125U CN 216937125 U CN216937125 U CN 216937125U CN 202123248827 U CN202123248827 U CN 202123248827U CN 216937125 U CN216937125 U CN 216937125U
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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 an automatic blanking system applied to half cells, which comprises a flow passage A (1) and a flow passage B (2) which are arranged in parallel, wherein the head end of the flow passage A, B is connected with a feeding system, the tail end of the flow passage B is connected with a material basket, the flow passage A, B is used for respectively and synchronously transmitting the two half cells and respectively inserting the two half cells into the material basket arranged at the tail end of the flow passage, and each material basket is provided with a plurality of material grids which are transversely arranged and used for placing the cells; the utility model adopts the design of double transmission flow channels, can synchronously feed and basket the two cut half battery pieces, has fully automatic process without manual intervention, can automatically sort out broken and damaged pieces in the feeding process, and can basket the two opposite half battery pieces after being adjusted to be in a uniform direction, thereby facilitating subsequent processing; the material basket transmission device can be used for loading the battery pieces transmitted from the two runners by using one material basket, so that the equipment is simplified, and the cost is reduced.
Description
Technical Field
The utility model relates to the field of processing of battery pieces in the solar photovoltaic industry, in particular to an automatic blanking system applied to half battery pieces.
Background
With the continuous development of solar cell technology, the continuous development of TOPCon technology and HJT technology, the requirements of cell manufacturers for equipment are also continuously improved. For larger and larger silicon wafer sizes, M6, M10 and M12, the increasing silicon wafer sizes are more and more demanding for suppliers of solar cell devices. In the production of M12 cell pieces, the cell pieces are large in size and are mostly half pieces at the downstream assembly end of the solar cell, so a new demand is put on the automatic equipment for slicing the M12 cell pieces. For large-sized battery pieces, the battery pieces are cut into two halves before the battery piece production process. Fig. 10 shows two half-cell pieces after cutting, wherein two corners are rounded and the other two corners are right-angled. During the feeding process, the two half-cells need to be adjusted to a uniform orientation, as shown in fig. 11.
Therefore, there is a need to develop an automatic device for blanking the two half-cut battery pieces.
SUMMERY OF THE UTILITY MODEL
In order to overcome the defects in the prior art, the utility model provides an automatic blanking system applied to half cells.
The technical scheme includes that the automatic blanking system applied to half cells comprises a flow channel A and a flow channel B which are arranged in parallel, the head end of the flow channel A, B is connected with a feeding system, the tail end of the flow channel A, B is connected with a material basket transfer device, the material basket transfer device transfers one material basket at a time, the flow channel A, B respectively transfers two half cells synchronously, and the flow channel A, B cooperates to fill one material basket.
The automatic blanking system also comprises a blanking detection device, a blanking sorting device and a blanking feeding basket device; the flow passage A and the flow passage B adopt the same structure and comprise the blanking and feeding basket device; the blanking detection device detects whether the half battery pieces are good in quality or not in the transmission process of the feeding system; the blanking sorting device sorts out defective half battery pieces in the blanking detection device and places the defective half battery pieces in the blanking feeding basket device; the blanking feeding basket device comprises a cell caching bin which can transmit and cache cells, and finally inserts good half cells into the material basket one by one; the material basket transfer device pushes an empty material basket to the tail end of one flow channel, pushes the material basket to the tail end of the other flow channel after being filled with a half, and moves out the full material basket after being filled with the full material basket.
Unloading detection device includes a vacuum belt transmission band, is located the battery piece detector of a vacuum belt transmission band top, the battery piece detector detects the battery piece to give the testing result transmission for unloading sorting device, unloading sorting device operates according to the testing result.
The blanking sorting device comprises a mechanical arm and a portal frame, the portal frame stretches across the flow channel, the mechanical arm is suspended on the portal frame and can transversely move along the portal frame, the mechanical arm absorbs defective half-cell pieces and puts the defective half-cell pieces into the waste material box, and absorbs the defective half-cell pieces and puts the defective half-cell pieces into the blanking feeding basket device; the blanking sorting device in the flow passage A sorts and disposes the battery pieces in the flow passage A, and the blanking sorting device in the flow passage B sorts and disposes the battery pieces in the flow passage B.
The blanking feeding basket device comprises a second vacuum belt conveyor, a battery piece position correcting device is arranged at the head end of the second vacuum belt conveyor, the battery piece cache bin is arranged above the middle part of the second vacuum belt conveyor, and the battery piece position correcting device is arranged at the tail end of the second vacuum belt conveyor; and the manipulator puts the good-quality half-piece battery pieces into the head end of a second vacuum belt conveying belt in the blanking feeding basket device, and the tail end of the second vacuum belt conveying belt in the blanking feeding basket device inserts the battery pieces into the material basket one by one.
The material basket transfer device comprises a runner A material basket transmission channel, a runner A material basket loading tool, a material basket transfer transmission channel, a runner B material basket loading tool and a runner B material basket transmission channel; the material basket transferring device has an A-to-B transferring mode and a B-to-A transferring mode, the material basket transferring directions in the two transferring modes are opposite, and in the A-to-B transferring mode: the runner A material basket transmission channel is in butt joint with the runner A material basket loading tool, and an empty material basket is conveyed to the runner A material basket loading tool; the material basket loading tool of the runner A can move the material basket up and down, so that a battery piece can be conveniently inserted into a material grid of the material basket by a second vacuum belt conveyor belt in the blanking and feeding basket device in the runner A; the material basket transferring and conveying channel is used for conveying half-full material baskets in the material basket loading tool of the runner A to the material basket loading tool of the runner B; the material basket is moved up and down by the material basket loading tool of the flow passage B, so that a battery piece is conveniently inserted into a material grid of the material basket by a second vacuum belt conveyor belt in the blanking and feeding basket device in the flow passage B; and the B flow channel material basket transmission channel is in butt joint with the B flow channel material basket loading tool to output a full material basket in the B flow channel material basket loading tool.
The material basket transmission channel of the flow channel A and the material basket transmission channel of the flow channel B are arranged in two layers.
The automatic blanking system also comprises an empty basket caching flow channel, a full basket caching flow channel and a basket transferring device; the empty basket buffer flow channel is used for buffering a plurality of empty baskets, the full basket buffer flow channel is used for buffering a plurality of full baskets, the basket transfer device is used for loading the empty baskets in the empty basket buffer flow channel into one basket transmission channel, and taking out the full baskets from the other basket transmission channel and putting the full baskets into the full basket buffer flow channel.
The empty basket buffer runners are arranged on the ground in parallel, and the full basket buffer runners are also arranged above the empty basket buffer runners respectively; the material basket transfer device comprises a track, a full material basket transfer frame and an empty material basket transfer frame, wherein the track is divided into two layers and is arranged corresponding to the material basket transmission channel, and the track is transversely arranged among the end parts of the material basket transmission channel of the flow channel A, the material basket transmission channel of the flow channel B, the empty material basket cache flow channel and the full material basket cache flow channel; the empty basket transfer frame transversely moves along the track, and empty baskets in the two empty basket caching runners are sent to the A runner basket transmission channel or the B runner basket transmission channel; and the full basket transfer frame transversely moves along the track, and feeds full baskets in the B-channel basket transmission channel or the A-channel basket transmission channel into two full basket buffer flow channels.
The manipulator can rotate 180 degrees around the plumb line, and after the manipulator absorbs the non-defective products battery piece from the first vacuum belt transmission band of unloading detection device, the rotatory 180 degrees that can select will again the semi-defective products battery piece is put into unloading feed basket device.
The middle of the material basket is provided with a lattice, the lattice divides the inner cavity of the material basket into a cabin A and a cabin B, the A, B cabins are internally provided with material lattices, the cabin A stores the battery pieces transmitted by the runner A, and the cabin B stores the battery pieces transmitted by the runner B.
The technical scheme provided by the utility model has the beneficial effects that:
the utility model adopts the design of double transmission flow channels, can synchronously feed and basket the two half-pieces of battery pieces after being cut, has fully automatic process without manual intervention, can automatically sort out damaged pieces in the feeding process, and basket the two half-pieces of battery pieces opposite to each other after adjusting the two half-pieces of battery pieces to a uniform orientation, thereby facilitating the subsequent processing; the material basket transmission device can be used for loading the battery pieces transmitted from the two runners by using one material basket, so that the equipment is simplified, and the cost is reduced.
Drawings
The utility model is described in detail below with reference to embodiments and the attached drawings, wherein:
FIG. 1 is a top view of a preferred embodiment of the present invention;
FIG. 2 is a top view of a portal frame in accordance with a preferred embodiment of the present invention;
FIG. 3 is a side view of a portal frame in accordance with a preferred embodiment of the present invention;
FIG. 4 is a side view of a robot in accordance with a preferred embodiment of the present invention;
FIG. 5 is a side view of a basket buffer chute and a basket transfer device according to the preferred embodiment of the present invention;
FIG. 6 is a front view of a basket buffer runner and a basket transfer device according to a preferred embodiment of the present invention;
FIG. 7 is a top view of a basket buffer runner and a basket transfer device according to a preferred embodiment of the present invention;
FIG. 8 is a side view of a battery plate buffer magazine according to a preferred embodiment of the present invention;
FIG. 9 is a top view of the basket according to the preferred embodiment of the present invention;
fig. 10 shows two half-cells after slitting;
fig. 11 shows two half cells facing uniformly rearward.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model.
The utility model discloses an automatic blanking system applied to half battery pieces, and relates to a preferred embodiment shown in figure 1, which comprises a flow channel A1 and a flow channel B2 which are arranged in parallel, wherein the head end of the flow channel A, B is connected with a feeding system (which can be a slicing machine), the tail end of the flow channel A, B is connected with a material basket transfer device 3, the material basket transfer device transfers one material basket at a time, the flow channel A, B respectively transfers two half battery pieces 4 and 5 synchronously, and the flow channel A, B cooperates to fill one material basket.
Referring to fig. 10, after being cut by the slicer, the battery piece is divided into two half battery pieces 4 and 5, and all the systems need to simultaneously feed the two half battery pieces, so that A, B flow channels are designed to feed simultaneously, the two flow channels cooperate to fill one material basket and fill the other material basket after the material basket is filled. It should be noted that if the half-full basket is loaded in the channel A first, the half-full basket rotates the channel B to continue loading, and the next empty basket is sent to the channel A to carry out a new round of loading. Thus, the A, B runners are always charged simultaneously, and the working efficiency can be improved.
The automatic blanking system also comprises a blanking detection device 6, a blanking sorting device 7 and a blanking feeding basket device 8; the runner A1 and the runner B2 adopt the same structure and comprise the blanking and feeding basket device 8; the blanking detection device 6 detects whether the half battery pieces are good in quality or not in the transmission process of the feeding system; the blanking sorting device 7 sorts out defective half-cell pieces in the blanking detection device 6, puts the defective half-cell pieces into the blanking feeding basket device 8, and puts the defective half-cell pieces into the waste material box 14; the blanking feeding basket device 8 comprises a battery piece cache bin 9 which can transmit and cache battery pieces, and the blanking feeding basket device 8 finally inserts good-quality half battery pieces into the material basket one by one; the material basket transfer device pushes an empty material basket to the tail end of one flow channel, pushes the material basket to the tail end of the other flow channel after being filled with a half, and moves out the full material basket after being filled with the full material basket.
Fig. 8 shows a side view of the cell buffer magazine 9. And a battery piece caching bin 9 is respectively erected above the runner A1 and the runner B2. The two side walls of the cell buffer bin 9 are provided with a plurality of horizontal material grids through which the cells conveyed in the flow channel actually pass. If the tail end of the flow channel cannot timely process the conveyed battery plate, the battery plate cache bin 9 is driven by the cache bin stepping motor 9a to be lifted by one grid, and one battery plate is stored in the battery plate cache bin 9, so that the battery plate is prevented from being accumulated towards the tail end; conversely, if the head end of the runner cannot input the battery plate in time, the battery plate buffer storage bin 9 can descend for one grid under the driving of the buffer storage bin stepping motor 9a, and a battery plate is placed on the runner, so that the situation that no battery plate is available for processing at the tail end of the runner is avoided.
Referring to fig. 1, the blanking detection device 6 includes a first vacuum belt conveyor 10a, and a battery piece detector 11 located above the first vacuum belt conveyor 10a, the battery piece detector 11 performs a photo comparison detection on the battery piece and transmits a detection result to the blanking sorting device 7, and the blanking sorting device 7 operates according to the detection result. The blanking sorting device 7 moves the defective products into the waste material box 14, and sends the good products to the next process.
In the preferred embodiment, the blanking sorting device 7 comprises a mechanical arm 12 and a portal frame 13, the portal frame 13 crosses the flow channel, the mechanical arm 12 is suspended on the portal frame 13 and can move transversely along the portal frame 13, the mechanical arm 12 sucks the defective half-piece battery pieces to put the defective half-piece battery pieces into the waste material box 14, and sucks the defective half-piece battery pieces to put the defective half-piece battery pieces into the blanking feeding basket device 8; the blanking sorting devices 7 are provided with two sets, the blanking sorting device 7 in the runner A1 sorts and disposes the battery pieces 4 in the runner A1, and the blanking sorting device 7 in the runner B2 sorts and disposes the battery pieces 5 in the runner B2. Fig. 2 shows a plan view of the gantry, and fig. 3 shows a side view of the gantry, to the end of which a robot horizontal movement motor 13a is mounted, and to which the electric wire of the robot is connected through a tank chain 13 b. Referring to fig. 3 and 4, the upper end of the manipulator is provided with a cylinder 12a, which can drive the manipulator to move up and down; the lower end of the manipulator is provided with a vacuum chuck component 12b which can absorb the battery piece; the middle part of the manipulator is provided with a rotating motor 12c, and the vacuum chuck component 12b can be driven by a belt to rotate 180 degrees.
Referring to fig. 1, in the preferred embodiment, the blanking and feeding basket device 8 includes a second vacuum belt conveyor 10b, a cell position correction device 15 is disposed at the head end of the second vacuum belt conveyor 10b, the cell buffer bin 9 is disposed above the middle portion of the second vacuum belt conveyor 10b, and a cell position correction device 15 is disposed at the tail end of the second vacuum belt conveyor 10 b; the manipulator 12 puts the good-quality half-piece battery piece into the head end of the second vacuum belt conveyor belt 10b in the blanking feeding basket device 8, and the tail end of the second vacuum belt conveyor belt 10b in the blanking feeding basket device 8 inserts the battery piece into the material basket one by one. It should be pointed out that battery piece position correcting unit 15 has two clamping parts about, through controlling each other and press from both sides, rectifies the battery piece in the middle of the transmission band is positive, makes things convenient for follow-up in the accurate material basket that inserts of battery piece.
In a preferred embodiment, the material basket transferring device 3 comprises an a-channel material basket conveying channel 16, an a-channel material basket loading tool 17, a material basket transferring conveying channel 18, a B-channel material basket loading tool 19 and a B-channel material basket conveying channel 20; the material basket transferring device has an A-to-B transferring mode and a B-to-A transferring mode, the material basket transferring directions in the two transferring modes are opposite, and in the A-to-B transferring mode: the A flow channel material basket transmission channel 16 is in butt joint with the A flow channel material basket loading tool 17, and an empty material basket is conveyed to the A flow channel material basket loading tool 17; the A flow channel material basket loading tool 17 can move the material basket up and down, so that the battery piece can be conveniently inserted into the material grid of the material basket by the second vacuum belt conveyor belt 10b in the blanking and feeding basket device 8 in the A flow channel 1; the material basket transferring and conveying channel 18 conveys the half-full material basket in the A-channel material basket loading tool 17 to the B-channel material basket loading tool 19; the material basket loading tool 19 of the flow channel B moves the material basket up and down, so that the battery piece is conveniently inserted into the material grid of the material basket by the second vacuum belt conveyor belt 10B in the blanking and feeding basket device 8 in the flow channel B2; and the B flow channel material basket transmission channel 20 is in butt joint with the B flow channel material basket loading tool 19 to output a full material basket in the B flow channel material basket loading tool 19. Note that the concept of half-full here is: the material basket is divided into two storage grids: the battery cell storage device comprises a bin A and a bin B, wherein the bin A stores battery cells transmitted in a runner A, a material basket stores the battery cells transmitted in a runner B, and the material basket is moved to the tail end of the runner B to continuously load the battery cells after the tail end of the runner A is filled with half of the material basket. The meaning of the material basket up-and-down movement is as follows: the starting position of the material basket is located below, the uppermost material grid faces the flow channel, after a battery piece is loaded, the material basket moves upwards by one grid under the driving of the motor, then the battery piece is inserted until the row of material grids are full (a row of material grids are full of half of the whole material basket), and the material basket moves downwards to the initial position quickly after being full of the battery piece and is transferred to another flow channel through the material basket.
In the preferred embodiment, the a-channel basket transfer passage 16 and the B-channel basket transfer passage 20 are arranged in two layers. So as to butt the subsequent empty basket buffer runner 21 and full basket buffer runner 22, and the empty basket buffer runner 21 and the full basket buffer runner 22 are also arranged in two layers.
In order to increase the storage capacity of the empty baskets and the full baskets and prolong the time of manual intervention, the automatic blanking system further comprises an empty basket cache flow passage 21, a full basket cache flow passage 22 and a basket transfer device; the empty basket buffer flow channel 21 is used for buffering a plurality of empty baskets, the full basket buffer flow channel 22 is used for buffering a plurality of full baskets, the basket transfer device is used for loading the empty baskets in the empty basket buffer flow channel 21 into one basket transmission channel, and taking out the full baskets from the other basket transmission channel and putting the full baskets into the full basket buffer flow channel 22.
Fig. 5 shows a side view of the basket buffer flow passage and the basket transfer device, fig. 6 shows a front view of the basket buffer flow passage and the basket transfer device, and fig. 7 shows a top view of the basket buffer flow passage and the basket transfer device. In combination with the three figures, it can be seen that the number of the empty basket buffer runners 21 is two, and the empty basket buffer runners are installed on the ground in parallel, and the number of the full basket buffer runners 22 is also two, and the two full basket buffer runners are respectively arranged above the empty basket buffer runners 21; the material basket transfer device comprises a rail 24, a full material basket transfer frame 25 and an empty material basket transfer frame 26, wherein the rail 24 is transversely arranged among the end parts of the A flow channel material basket transmission channel 16, the B flow channel material basket transmission channel 20, the empty material basket cache flow channel 21 and the full material basket cache flow channel 22; the empty basket moving carrier 26 transversely moves along the rail 24, and empty baskets in the two empty basket buffer flow channels 21 are sent into a lower flow channel of the A flow channel basket transmission channel 16 or a lower flow channel of the B flow channel basket transmission channel 20; the full basket transfer carriage 25 moves laterally along the rails 24 to transfer a full basket in the B-lane basket transfer path 20 or the a-lane basket transfer path 16 into the two full basket buffer paths 22.
Referring to fig. 3 and 4, the manipulator 12 can rotate 180 degrees around the vertical line, and after the manipulator 12 sucks good battery pieces from the first vacuum belt conveyor 10a of the blanking detection device 6, the good battery pieces are selectively rotated 180 degrees and then placed in the blanking feeding basket device 8.
Referring to fig. 9, in the preferred embodiment, a lattice is arranged in the middle of the material basket 30, the lattice divides the left and right of the inner cavity of the material basket into an a bin 31 and a B bin 32, and the A, B is internally provided with material lattices, the a bin stores the battery pieces 4 transmitted from the flow channel a 1, and the B bin stores the battery pieces 5 transmitted from the flow channel B2.
The foregoing examples are illustrative only and are not intended to be limiting. Any equivalent modifications or variations without departing from the spirit and scope of the present application should be included in the claims of the present application.
Claims (11)
1. The utility model provides an automatic unloading system for half battery piece which characterized in that: a runner (1) and B runner (2) including parallel arrangement, A, B runner's head end connection feeding system, one set of basket transfer device of trailing end connection (3), basket transfer device (3) transmit a basket at every turn, A, B runner is respectively with two half battery pieces (4, 5) synchronous transmission, by A, B runner cooperation fills a basket altogether.
2. The automatic blanking system applied to half-cell plates as set forth in claim 1, wherein: the automatic feeding device also comprises a blanking detection device (6), a blanking sorting device (7) and a blanking feeding basket device (8); the flow passage A (1) and the flow passage B (2) adopt the same structure and comprise the blanking and feeding basket device (8);
the blanking detection device (6) detects whether the half battery pieces are good in quality or not in the transmission process of the feeding system;
the blanking sorting device (7) sorts and picks out defective half-cell pieces in the blanking detection device (6), and puts the defective half-cell pieces into a blanking feeding basket device (8);
the blanking feeding basket device (8) comprises a battery piece caching bin (9) which can transmit and cache battery pieces, and finally, the blanking feeding basket device (8) inserts good half battery pieces into the material basket one by one;
the material basket transfer device (3) pushes an empty material basket to the tail end of one flow channel, pushes the material basket to the tail end of the other flow channel after being filled with half of the empty material basket, and moves out the full material basket after being filled with the full material basket.
3. The automatic blanking system applied to half-cell plates as set forth in claim 2, wherein: unloading detection device (6) include first vacuum belt transmission band (10 a), be located battery piece detector (11) of first vacuum belt transmission band (10 a) top, battery piece detector (11) detect the battery piece to transmit the testing result for unloading sorting device (7), unloading sorting device (7) operate according to the testing result.
4. The automatic blanking system applied to half-cell plates as set forth in claim 3, wherein: the blanking sorting device (7) comprises a mechanical arm (12) and a portal frame (13), the portal frame (13) stretches across the runner, the mechanical arm (12) is suspended on the portal frame (13) and can transversely move along the portal frame (13), the mechanical arm (12) absorbs the defective half-piece battery pieces and puts the defective half-piece battery pieces into a waste material box (14), and absorbs the non-defective half-piece battery pieces and puts the non-defective half-piece battery pieces into the blanking feeding basket device (8); the blanking sorting devices (7) are provided with two sets, the blanking sorting devices (7) in the runner A (1) sort and dispose the half battery pieces (4) in the runner A (1), and the blanking sorting devices (7) in the runner B (2) sort and dispose the half battery pieces (5) in the runner B (2).
5. The automatic blanking system applied to half-cell plates according to claim 4, wherein: the blanking feeding basket device (8) comprises a second vacuum belt conveyor belt (10 b), a battery piece position correcting device (15) is arranged at the head end of the second vacuum belt conveyor belt (10 b), the battery piece buffer bin (9) is arranged above the middle part of the second vacuum belt conveyor belt (10 b), and the battery piece position correcting device (15) is arranged at the tail end of the second vacuum belt conveyor belt (10 b); the manipulator (12) will the head end of second vacuum belt transmission band (10 b) in unloading feeding basket device (8) is put into to half battery piece of non-defective products, and the tail end of second vacuum belt transmission band (10 b) in unloading feeding basket device (8) inserts the battery piece by piece in the material basket.
6. The automatic blanking system applied to half-cell plates as set forth in claim 5, wherein: the material basket transfer device (3) comprises an A flow channel material basket transmission channel (16), an A flow channel material basket loading tool (17), a material basket transfer transmission channel (18), a B flow channel material basket loading tool (19) and a B flow channel material basket transmission channel (20); the material basket transferring device has an A-to-B transferring mode and a B-to-A transferring mode, the material basket transferring directions in the two transferring modes are opposite, and in the A-to-B transferring mode:
the runner A material basket transmission channel (16) is in butt joint with the runner A material basket loading tool (17), and an empty material basket is conveyed into the runner A material basket loading tool (17);
the A flow channel material basket loading tool (17) can move the material basket up and down, so that a battery piece can be conveniently inserted into a material grid of the material basket by a second vacuum belt conveying belt (10 b) in the blanking feeding basket device (8) in the A flow channel (1);
the material basket transferring and conveying passage (18) conveys the material basket which is half-full in the A flow passage material basket loading tool (17) to the B flow passage material basket loading tool (19);
the material basket is moved up and down by the material basket loading tool (19) of the flow channel B, so that a battery piece is conveniently inserted into a material grid of the material basket by a second vacuum belt conveying belt (10B) in the blanking and feeding basket device (8) in the flow channel B (2);
and the B flow channel material basket transmission channel (20) is in butt joint with the B flow channel material basket loading tool (19) to output a full material basket in the B flow channel material basket loading tool (19).
7. The automatic blanking system applied to half-cell plates as set forth in claim 6, wherein: the A flow channel material basket transmission channel (16) and the B flow channel material basket transmission channel (20) are arranged in two layers.
8. The automatic blanking system applied to half-cell plates as set forth in claim 7, wherein: the device also comprises an empty basket buffer runner (21), a full basket buffer runner (22) and a basket transfer device; the empty basket buffer flow channel (21) is used for buffering a plurality of empty baskets, the full basket buffer flow channel (22) is used for buffering a plurality of full baskets, the basket transfer device is used for loading the empty baskets in the empty basket buffer flow channel (21) into one basket transmission channel, and taking out the full baskets from the other basket transmission channel and putting the full baskets into the full basket buffer flow channel (22).
9. The automatic blanking system applied to half-cell plates as set forth in claim 8, wherein: the empty basket buffer flow passages (21) are arranged on the ground in parallel, and the full basket buffer flow passages (22) are also arranged above the empty basket buffer flow passages (21); the material basket transfer device comprises a track (24), a full material basket transfer frame (25) and an empty material basket transfer frame (26), wherein the track (24) is transversely arranged among the end parts of an A flow channel material basket transmission channel (16), a B flow channel material basket transmission channel (20), an empty material basket buffer storage flow channel (21) and a full material basket buffer storage flow channel (22);
the empty basket moving carrier (26) transversely moves along the track (24) and sends empty baskets in the two empty basket caching runners (21) into the A runner basket transmission channel (16) or the B runner basket transmission channel (20);
the full basket moving frame (25) transversely moves along the rail (24) to send the full baskets in the B-channel basket conveying channel (20) or the A-channel basket conveying channel (16) into two full basket buffer flow channels (22).
10. The automatic blanking system applied to half-cell plates as set forth in claim 4, wherein: the mechanical arm (12) can rotate 180 degrees around a plumb line, and after the mechanical arm (12) absorbs the good-quality half-cell pieces on the first vacuum belt conveying belt (10 a) of the blanking detection device (6), the good-quality half-cell pieces can be selectively rotated 180 degrees and then placed into the blanking feeding basket device (8).
11. The automatic blanking system applied to half-cell plates as claimed in any one of claims 1 to 10, wherein: the middle of the material basket (30) is provided with a lattice, the lattice divides the inner cavity of the material basket into a cabin A (31) and a cabin B (32), the cabins A, B are internally provided with material lattices, the cabin A stores the battery pieces (4) transmitted by the runner A (1), and the cabin B stores the battery pieces (5) transmitted by the runner B (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123248827.9U CN216937125U (en) | 2021-12-22 | 2021-12-22 | Automatic blanking system applied to half battery piece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123248827.9U CN216937125U (en) | 2021-12-22 | 2021-12-22 | Automatic blanking system applied to half battery piece |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216937125U true CN216937125U (en) | 2022-07-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123248827.9U Active CN216937125U (en) | 2021-12-22 | 2021-12-22 | Automatic blanking system applied to half battery piece |
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| Country | Link |
|---|---|
| CN (1) | CN216937125U (en) |
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2021
- 2021-12-22 CN CN202123248827.9U patent/CN216937125U/en active Active
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