CN206871998U - A kind of the quick of battery lamination machine removes sheet devices - Google Patents
A kind of the quick of battery lamination machine removes sheet devices Download PDFInfo
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- CN206871998U CN206871998U CN201621364394.XU CN201621364394U CN206871998U CN 206871998 U CN206871998 U CN 206871998U CN 201621364394 U CN201621364394 U CN 201621364394U CN 206871998 U CN206871998 U CN 206871998U
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- detent mechanism
- quick
- pian mechanisms
- transmission group
- sheet devices
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Abstract
Quick the utility model discloses a kind of battery lamination machine removes sheet devices, including tooling platform, film storing mechanism, the first detent mechanism, the second detent mechanism, transmission mechanism, the first Qu Pian mechanisms and the second Qu Pian mechanisms.The transmission mechanism includes the first transmission group and the second transmission group；First Qu Pian mechanisms, are installed on first transmission group, and first transmission group is used to drive the first Qu Pian mechanisms to move between the film storing mechanism and the first detent mechanism；Second Qu Pian mechanisms, are installed on second transmission group, and second transmission group is used to drive the second Qu Pian mechanisms to move between first detent mechanism and the second detent mechanism.Thus, eliminate the time being mutually delayed between the first Qu Pian mechanisms and the second Qu Pian mechanisms, first detent mechanism and the second detent mechanism is set to be fully utilized, so as to break through the quick efficiency bottle neck for removing sheet devices of existing automatic battery laminating machine, its production efficiency has obtained significant raising.
Description
Technical field
It the utility model is related to battery manufacturing field, and in particular to battery lamination technical field, more specifically, be related to one
The quick of kind battery lamination machine removes sheet devices.
Background technology
In the process of battery, pole plate is significant components therein, existing with the development of accumulator green production. art
In some process, in order to increase the capacity of battery and make compact-sized, its electrode can be composed in parallel by multi-disc pole plate.Tool
The component that the pole plate for having identical polar connects into is referred to as pole plate group, also known as electrode assembly.The manufacture of electrode assembly is to the small of positive and negative electrode
Pole plate makes after alternately being isolated and cut by separator paper, is all to be completed by manual operation in the past, not only processes
Efficiency is very low, and because pole plate is generally lead material, easily produces heavy metal dusts in process, be unfavorable for
The health of operating personnel.
Therefore, some manufacturers, which devise a kind of the quick of automatic battery laminating machine, removes sheet devices, the battery lamination machine
Quick remove sheet devices and generally include the first Qu Pian mechanisms, the second Qu Pian mechanisms, transmission mechanism, film storing mechanism, the first localization machine
Structure and the second detent mechanism, in the quick operation process for removing sheet devices of existing automatic battery laminating machine, first takes piece machine surely
Structure and the second Qu Pian mechanisms synchronization action, have the disadvantages that：
1) the first Qu Pian mechanisms draw cell piece at film storing mechanism, while the second Qu Pian mechanisms are at the first detent mechanism
The cell piece Jing Guo pre-determined bit is drawn, because the mode that the cell piece at film storing mechanism is stacked in multi-layers stores, first takes piece
When mechanism draws cell piece, due to the electrostatic adsorption between cell piece, multi-disc cell piece easily is drawn to simultaneously, therefore,
After the first Qu Pian mechanisms, which are drawn, completes to draw the action of cell piece, the action shaken and blown, purpose are generally also needed to
It is that will adsorb cell piece below the cell piece being crawled to peel off, and when the first Qu Pian mechanisms are being shaken and blowing action
When, the second Qu Pian mechanisms are but in and wait idle state, cause second to take the utilization rate of piece machine relatively low, and then influence entirely certainly
The quick production efficiency for removing sheet devices of dynamic battery lamination machine；
2) when transmission mechanism by the first Qu Pian mechanisms for having drawn cell piece and the second Qu Pian mechanisms while is moved to
During next station, specifically, the first Qu Pian mechanisms are moved to the surface of the first detent mechanism, and the second Qu Pian mechanisms are moved to
The surface of second detent mechanism, because the second detent mechanism will be completed to be accurately positioned cell piece, therefore, piece is taken when second
After mechanism grabs the cell piece at the first detent mechanism at the second detent mechanism, the action that also repeatedly to be adjusted, and
Cell piece need to be only directly placed on the first detent mechanism by the first Qu Pian mechanisms, when the second Qu Pian mechanisms are being adjusted action
When, the first Qu Pian mechanisms cause the utilization rate of the first Qu Pian mechanisms relatively low by idle state is waited, and then influence whole
The quick production efficiency for removing sheet devices of automatic battery laminating machine.
For this reason, it is necessary to designing a kind of the quick of new battery lamination machine removes sheet devices, to overcome above mentioned problem.
Utility model content
Technical problem to be solved in the utility model is that quick for existing automatic battery laminating machine removes sheet devices
In, due to the first detent mechanism and the second detent mechanism synchronization action, cause the profit of the first detent mechanism and the second detent mechanism
It is relatively low with rate, and then limit quick the problem of removing the production efficiency of sheet devices of whole automatic battery laminating machine, there is provided one
The quick of the new battery lamination machine of kind removes sheet devices, and it can make the first detent mechanism and the second detent mechanism obtain sufficient profit
With so as to break through the quick efficiency bottle neck for removing sheet devices of existing automatic battery laminating machine, with existing automatic battery laminating machine
It is quick remove sheet devices and compare, its production efficiency has obtained significant raising.
Technical scheme is used by the utility model solves its technical problem：
The utility model provides a kind of the quick of battery lamination machine and removes sheet devices, including：
Tooling platform；
Film storing mechanism, it is installed on the tooling platform, use storage tablet；
First detent mechanism, the tooling platform is installed on, positioned at the side of the film storing mechanism, for the sheet
Thing carries out pre-determined bit；
Second detent mechanism, the tooling platform is installed on, positioned at the side of first detent mechanism, for described
Tablet is accurately positioned；
Transmission mechanism, the tooling platform is installed on, is arranged in the film storing mechanism, the first detent mechanism and the second positioning
The upside of mechanism, including the first transmission group and the second transmission group；
First Qu Pian mechanisms, are installed on first transmission group, and first transmission group is used to drive described first to take piece
Mechanism moves between the film storing mechanism and the first detent mechanism；
Second Qu Pian mechanisms, are installed on second transmission group, and second transmission group is used to drive described second to take piece
Mechanism moves between first detent mechanism and the second detent mechanism.
Quick in battery lamination machine provided by the utility model removes sheet devices, first transmission group and described second
Transmission group is respectively on two horizontal planes separated by a distance.
Quick in battery lamination machine provided by the utility model removes sheet devices, and first transmission group includes first axle
Hold, be slippingly sheathed on the first driving member of the clutch shaft bearing and for providing power to first driving member
First motor；
Second transmission group include second bearing, be slippingly sheathed on the second bearing the second driving member, with
And for providing the second motor of power to second driving member；
The axis of the clutch shaft bearing and the axis of the second bearing are on same perpendicular, the first axle
Holding the projection with the second bearing in same level has overlapping region.
Quick in battery lamination machine provided by the utility model removes sheet devices, and the transverse width of the overlapping region is big
In or equal to the transverse width of first driving member and the transverse width of second driving member.
Quick in battery lamination machine provided by the utility model removes sheet devices, and first motor and the second motor are equal
Using servomotor.
Quick in battery lamination machine provided by the utility model removes sheet devices, and the first Qu Pian mechanisms are fixed on institute
The first driving member is stated, the second Qu Pian mechanisms are fixed on second driving member.
Quick in battery lamination machine provided by the utility model removes sheet devices, and the transmission mechanism is also opened including front end
The housing of mouth, the clutch shaft bearing and second bearing are placed in the housing, and first motor and the second motor are configured at institute
State the outside of housing.
Quick in battery lamination machine provided by the utility model removes sheet devices, and the housing includes being oppositely arranged up and down
Upper side wall and lower wall, be arranged at the upper rail of the front end of the upper side wall, and be arranged at the front end of the lower wall
Lower guideway；The first Qu Pian mechanisms and the second Qu Pian mechanisms are movably installed on the upper rail and lower guideway.
Implement the quick of battery lamination machine provided by the utility model and remove sheet devices, following beneficial effect can be reached：This
The quick sheet devices of removing for the battery lamination machine that utility model provides include tooling platform, film storing mechanism, the first detent mechanism, second
Detent mechanism, transmission mechanism, the first Qu Pian mechanisms and the second Qu Pian mechanisms.Wherein, the transmission mechanism includes the first transmission
Group and the second transmission group；First Qu Pian mechanisms, are installed on first transmission group, and first transmission group is used to driving described the
One Qu Pian mechanisms move between the film storing mechanism and the first detent mechanism；Second Qu Pian mechanisms, it is installed on described second and passes
Dynamic group, second transmission group be used to driving the second Qu Pian mechanisms first detent mechanism and the second detent mechanism it
Between move.Thus, the first Qu Pian mechanisms and the second Qu Pian mechanisms are acted by the way of asynchronous, eliminate described
The time being mutually delayed between one Qu Pian mechanisms and the second Qu Pian mechanisms, obtain first detent mechanism and the second detent mechanism
Utilized to sufficient, it is and existing automatic so as to break through the quick efficiency bottle neck for removing sheet devices of existing automatic battery laminating machine
The quick of battery lamination machine removes sheet devices and compared, and its production efficiency has obtained significant raising.
Brief description of the drawings
Fig. 1 is the quick schematic perspective view for removing sheet devices for the battery lamination machine that the utility model preferred embodiment provides；
Fig. 2 is the vertical of the quick transmission mechanism for removing sheet devices for the battery lamination machine that the utility model preferred embodiment provides
Body schematic diagram.
The drawing reference numeral explanation of embodiment：
| Tooling platform | 1 | Film storing mechanism | 2 |
| First detent mechanism | 3 | Second detent mechanism | 4 |
| First Qu Pian mechanisms | 5 | Second Qu Pian mechanisms | 6 |
| Transmission mechanism | 7 | First transmission group | 71 |
| Second transmission group | 72 | Housing | 73 |
| Upper side wall | 731 | Lower wall | 732 |
| Left side wall | 733 | Right side wall | 734 |
| Rear wall | 735 | Upper rail | 736 |
| Lower guideway | 737 | Clutch shaft bearing | 711 |
| First driving member | 712 | First motor | 713 |
| Second bearing | 721 | Second driving member | 722 |
| Second motor | 723 |
Embodiment
In order to which the technical characteristics of the utility model, purpose and effect are more clearly understood, it is detailed now to compare accompanying drawing
Illustrate specific embodiment of the present utility model.Obviously, described embodiment is only the utility model part of the embodiment,
Rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making creation
Property work under the premise of the every other embodiment that is obtained, belong to the scope of the utility model protection.
As shown in figure 1, be the quick preferred embodiment for removing sheet devices of battery lamination machine provided by the utility model, including
Tooling platform 1, film storing mechanism 2, the first detent mechanism 3, the second detent mechanism 4, transmission mechanism 7, the first Qu Pian mechanisms 5 and
Two Qu Pian mechanisms 6.
The tooling platform 1 is made of the higher steel of hardness and intensity, and horizontal is placed in ground.
The film storing mechanism 2, there is the bottom plate for being fixed on the tooling platform 1, be vertically fixed on the bottom plate respectively
The front frame of rear and front end and rear shelves frame, and it is connected and fixed on the right baffle-plate and right shell body of the front frame and rear gear frame.It is more
Individual tablet neatly smooth can be overlayed in the film storing mechanism 2, and in the present embodiment, the tablet refers to battery
Piece, certainly, in other embodiments, it can be printed circuit board (PCB), mask plate, flat-panel monitor, biochip, optical glass are put down
Plate etc..
First detent mechanism 3, including the substrate being fixed on the tooling platform 1, are vertically fixed on institute respectively
Four root posts in four corners of substrate are stated, and are installed on the first locating platform of four columns.The cell piece quilt
After being placed on first locating platform, first locating platform can carry out Primary Location to the cell piece.
Second detent mechanism 4, including two front and rear direction guiding rails being parallel to each other of the tooling platform 1 are layed in,
The moveable mobile platform for being installed on two front and rear direction guiding rails, two be layed on the mobile platform are parallel to each other
Left and right direction guiding rail, a pair of the rear jaw arms and a pair of preceding intermediate plate arms of two left and right direction guiding rails are sheathed on respectively, to described
Preceding intermediate plate arm and rear jaw arm provide the cylinder of power, and are fixed on the tooling platform 1 and are located at two rear jaws
The second locating platform between arm.When the cell piece is moved on second locating platform, the pair of rear jaw
Arm is clamping to cell piece progress first to be accurately positioned, and cell piece level then is moved into the pair of preceding intermediate plate
Between arm, after the pair of preceding intermediate plate arm clamps the cell piece, the pair of rear jaw arm is released to the cell piece
Clamping, and keep in the center, the cell piece is then transported to next station by the pair of preceding intermediate plate arm.
As depicted in figs. 1 and 2, the transmission mechanism 7, be installed on the tooling platform 1, be arranged in the film storing mechanism 2,
The upside of first detent mechanism 3 and the second detent mechanism 4.The transmission mechanism 7 includes housing 73, the first transmission group 71 and second
Transmission group 72, wherein, first transmission group 71 is located at two water separated by a distance respectively with second transmission group 72
In plane.
The housing 73 is substantially in the rectangular-shape of hollow front opening, has the upper side wall 731 being oppositely arranged up and down
With lower wall 732, the rear wall 735 of the connection upper side wall 731 relative with the opening and lower wall 732, left and right is relative
The connection upper side wall 731 of setting and the left side wall 733 and right side wall 734 of lower wall 732, are arranged at the upper side wall 731
Front end upper rail 736, and be arranged at the lower guideway 737 of the front end of the lower wall 732.
First transmission group 71 includes clutch shaft bearing 711, is slippingly sheathed on the first of the clutch shaft bearing 711
Driving member 712 and the first motor 713 for providing power to first driving member 712.Wherein, the clutch shaft bearing
711 right-hand member is fixed on the inner side of the right side wall 734 of the housing 73, and the left end of the clutch shaft bearing 711 is fixed on institute
The inner side of the upper side wall 731 of housing 73 is stated, first motor 713 is fixed on the rear wall 735 of the housing 73
Outside.
Second transmission group 72 includes second bearing 721, is slippingly sheathed on the second of the second bearing 721
Driving member 722 and the second motor 723 for providing power to second driving member 722.Wherein, the second bearing
721 right-hand member is fixed on the inner side of the lower wall 732 of the housing 73, and the left end of the second bearing 721 is fixed on institute
The inner side of the left side wall 733 of housing 73 is stated, second motor 723 is fixed on the left side wall 733 of the housing 73
Outside.
It should be noted that in the present embodiment, in the axis and the second bearing 721 of the clutch shaft bearing 711
Axis is on same perpendicular, and the right-hand member of the left end of the clutch shaft bearing 711 and the second bearing 721 is in same level
Projection on face is formed with overlapping region, and the transverse width of the overlapping region is more than or equal to first driving member 712
Transverse width and second driving member 722 transverse width, it is possible thereby to ensure the stroke of first driving member 712 with
The stroke of second driving member 722 has the part overlapped.In addition, in the present embodiment, in order to ensure control accuracy, described
One motor 713 and the second motor 723 are using servomotor (peace river motor, SGMJV-08ADD6S).
The first Qu Pian mechanisms 5 are fixed on first driving member 712, and first driving member 712 drives described
One Qu Pian mechanisms 5 move between the detent mechanism 3 of film storing mechanism 2 and first.In order to allow the shiftings of the first Qu Pian mechanisms 5
Dynamic more stable, in the present embodiment, the first Qu Pian mechanisms 5 are also installed on the upper rail 736 of the housing 73 with
Guide rail 737, the first Qu Pian mechanisms 5 can relatively described upper rail 736 and the side-to-side movements of lower guideway 737.
The second Qu Pian mechanisms 6 are fixed on second driving member 722, and second driving member 722 drives described
Two Qu Pian mechanisms 6 move between the detent mechanism 4 of the first detent mechanism 3 and second.In order to allow the second Qu Pian mechanisms 6
Movement it is more stable, in the present embodiment, the second Qu Pian mechanisms 6 are also installed on the upper rail 736 of the housing 73
With lower guideway 737, the second Qu Pian mechanisms 6 can relatively described upper rail 736 and the side-to-side movement of lower guideway 737.
It should be noted that the quick of the battery lamination machine removes when being in original state of sheet devices, described first takes
Piece mechanism 5 is located at the upside of the film storing mechanism 2, and the second Qu Pian mechanisms 6 are located at the upside of first detent mechanism 3.
The cell piece being stored in the film storing mechanism 2 is designated as the first cell piece, the electricity on first detent mechanism 3 will be placed on
Pond piece is designated as the second cell piece, and sheet devices are removed in order to preferably illustrate the quick of the battery lamination machine of the present embodiment offer, below
Introduce the quick job step for removing sheet devices of the battery lamination machine：
Step 1) the first Qu Pian mechanisms 5 draw the first cell piece from the film storing mechanism 2, meanwhile, described second
Qu Pian mechanisms 6 draw the second cell piece from first detent mechanism 3.
First cell piece is shaken for step 2) the first Qu Pian mechanisms 5 and blowing action, meanwhile, described
Second cell piece is moved to the upside of second detent mechanism 4 by two Qu Pian mechanisms 6.
Step 3) the second Qu Pian mechanisms 6 are adjusted action to second cell piece, meanwhile, described first takes piece
First cell piece is moved to the upside of first detent mechanism 3 by mechanism 5.
Step 4) the first Qu Pian mechanisms 5 return to institute after first cell piece is placed on first detent mechanism 3
The upside of film storing mechanism 2 is stated, meanwhile, the second cell piece is placed on second detent mechanism 4 by the second Qu Pian mechanisms 6
The upside of first detent mechanism 3 is returned to afterwards.
Step 5) repeat step 1), step 2), step 3) and step 4).
To sum up, implement the quick of battery lamination machine provided by the utility model and remove sheet devices, have the advantages that：This
The battery lamination machine that utility model provides it is quick remove sheet devices include tooling platform 1, film storing mechanism 2, the first detent mechanism 3,
Second detent mechanism 4, transmission mechanism 7, the first Qu Pian mechanisms 5 and the second Qu Pian mechanisms 6.Wherein, the transmission mechanism 7 includes
First transmission group 71 and the second transmission group 72；First Qu Pian mechanisms 5, it is installed on first transmission group 71, first transmission
Group 71 is used to drive the first Qu Pian mechanisms 5 to move between the detent mechanism 3 of film storing mechanism 2 and first；Second takes piece
Mechanism 6, is installed on second transmission group 72, and second transmission group 72 is used to drive the second Qu Pian mechanisms 6 described
Moved between first detent mechanism 3 and the second detent mechanism 4.
Thus, Qu Pian mechanisms 6 of the first Qu Pian mechanisms 5 and second are acted by the way of asynchronous.When described
One Qu Pian mechanisms 5 are shaken to first cell piece and during blowing actions, and the second Qu Pian mechanisms 6 are without waiting for can
Second cell piece is directly moved to the upside of second detent mechanism 4.When the second Qu Pian mechanisms 6 are to described
When two cell pieces are adjusted action, the first Qu Pian mechanisms 5, can be directly by first cell piece equally without wait
It is moved to the upside of first detent mechanism 3.
So as to eliminate the time being mutually delayed between Qu Pian mechanisms 6 of the first Qu Pian mechanisms 5 and second, make described
One detent mechanism 3 and the second detent mechanism 4 are fully utilized, and break through the quick of existing automatic battery laminating machine and remove sheet devices
Efficiency bottle neck, with existing automatic battery laminating machine it is quick remove sheet devices compared with, its production efficiency has obtained significantly carrying
It is high.
Embodiment of the present utility model is described above in conjunction with accompanying drawing, but the utility model is not limited to
The embodiment stated, above-mentioned embodiment is only schematical, rather than restricted, this area it is common
Technical staff is not departing from the utility model aims and scope of the claimed protection situation under enlightenment of the present utility model
Under, many forms can be also made, these are belonged within protection of the present utility model.
Claims (8)
1. a kind of the quick of battery lamination machine removes sheet devices, it is characterised in that including：
Tooling platform (1)；
Film storing mechanism (2), it is installed on the tooling platform (1), use storage tablet；
First detent mechanism (3), it is installed on the tooling platform (1), the side positioned at the film storing mechanism (2), for institute
State tablet and carry out pre-determined bit；
Second detent mechanism (4), the tooling platform (1) is installed on, positioned at the side of first detent mechanism (3), be used for
The tablet is accurately positioned；
Transmission mechanism (7), be installed on the tooling platform (1), be arranged in the film storing mechanism (2), the first detent mechanism (3) and
The upside of second detent mechanism (4), including the first transmission group (71) and the second transmission group (72)；
First Qu Pian mechanisms (5), are installed on first transmission group (71), and first transmission group (71) is used to driving described the
One Qu Pian mechanisms (5) move between the film storing mechanism (2) and the first detent mechanism (3)；
Second Qu Pian mechanisms (6), are installed on second transmission group (72), and second transmission group (72) is used to driving described the
Two Qu Pian mechanisms (6) move between first detent mechanism (3) and the second detent mechanism (4).
2. the quick of battery lamination machine according to claim 1 removes sheet devices, it is characterised in that first transmission group
(71) it is located at respectively on two horizontal planes separated by a distance with second transmission group (72).
3. the quick of battery lamination machine according to claim 2 removes sheet devices, it is characterised in that
First transmission group (71) includes clutch shaft bearing (711), is slippingly sheathed on the first of the clutch shaft bearing (711)
Driving member (712) and the first motor (713) for providing power to first driving member (712)；
Second transmission group (72) includes second bearing (721), is slippingly sheathed on the second of the second bearing (721)
Driving member (722) and the second motor (723) for providing power to second driving member (722)；
The axis of the clutch shaft bearing (711) and the axis of the second bearing (721) are described on same perpendicular
Clutch shaft bearing (711) has overlapping region with projection of the second bearing (721) in same level.
4. the quick of battery lamination machine according to claim 3 removes sheet devices, it is characterised in that the horizontal stroke of the overlapping region
It is more than or equal to the transverse width of first driving member (712) and the transverse width of second driving member (722) to width.
5. the quick of battery lamination machine according to claim 3 removes sheet devices, it is characterised in that first motor
(713) and the second motor (723) uses servomotor.
6. the quick of battery lamination machine according to claim 3 removes sheet devices, it is characterised in that the first Qu Pian mechanisms
(5) first driving member (712) is fixed on, the second Qu Pian mechanisms (6) are fixed on second driving member (722).
7. the quick of battery lamination machine according to claim 3 removes sheet devices, it is characterised in that the transmission mechanism (7)
Also including the housing (73) of front opening, the clutch shaft bearing (711) and second bearing (721) are placed in the housing (73),
First motor (713) and the second motor (723) are configured at the outside of the housing (73).
8. the quick of battery lamination machine according to claim 7 removes sheet devices, it is characterised in that the housing (73) includes
The upper side wall (731) and lower wall (732) being oppositely arranged up and down, it is arranged at the upper rail of the front end of the upper side wall (731)
(736), and be arranged at the lower wall (732) front end lower guideway (737)；The first Qu Pian mechanisms (5) and second
Qu Pian mechanisms (6) are movably installed on the upper rail (736) and lower guideway (737).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621364394.XU CN206871998U (en) | 2016-12-13 | 2016-12-13 | A kind of the quick of battery lamination machine removes sheet devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621364394.XU CN206871998U (en) | 2016-12-13 | 2016-12-13 | A kind of the quick of battery lamination machine removes sheet devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206871998U true CN206871998U (en) | 2018-01-12 |
Family
ID=61326160
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621364394.XU Active CN206871998U (en) | 2016-12-13 | 2016-12-13 | A kind of the quick of battery lamination machine removes sheet devices |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206871998U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112722846A (en) * | 2021-04-02 | 2021-04-30 | 苏州维嘉科技股份有限公司 | Aluminum plate loading attachment |
| CN115064754A (en) * | 2022-08-08 | 2022-09-16 | 江苏时代新能源科技有限公司 | Production line and production method of battery |
-
2016
- 2016-12-13 CN CN201621364394.XU patent/CN206871998U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112722846A (en) * | 2021-04-02 | 2021-04-30 | 苏州维嘉科技股份有限公司 | Aluminum plate loading attachment |
| CN112722846B (en) * | 2021-04-02 | 2021-06-22 | 苏州维嘉科技股份有限公司 | Aluminum plate loading attachment |
| CN115064754A (en) * | 2022-08-08 | 2022-09-16 | 江苏时代新能源科技有限公司 | Production line and production method of battery |
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