CN207611819U - The vertical cutting-off tool system of grid - Google Patents
The vertical cutting-off tool system of grid Download PDFInfo
- Publication number
- CN207611819U CN207611819U CN201720436220.8U CN201720436220U CN207611819U CN 207611819 U CN207611819 U CN 207611819U CN 201720436220 U CN201720436220 U CN 201720436220U CN 207611819 U CN207611819 U CN 207611819U
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- Prior art keywords
- grid
- cutter
- shearing
- placement plate
- vertical
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Abstract
Include the vertical type shearing machine structure sheared for the dead head of the grid to placing vertically and for driving the grid after shearing to be turned to by vertical state the grid turnover device of horizontality the utility model discloses a kind of vertical cutting-off tool system of grid；The vertical type shearing machine structure includes preceding cutter, rear cutter and the shearing driving device realized and sheared for driving the preceding cutter and rear cutter mutually to close up；The grid turnover device includes grid placement plate and is set in the grid placement plate for being supported the grid locating piece of positioning to grid bottom, the grid placement plate can be overturn by vertical state to horizontality, and the dead head of grid in the grid placement plate of vertical state is placed between the preceding cutter and rear cutter, this system can complete the shearing of grid dead head in the case where not changing profiled sheeting grid placement direction, the grid after shearing is smoothly turned to horizontality again, the deformation of whole process grid is small, to effectively improve the quality of accumulator.
Description
Technical field
The utility model is related to accumulator large size grid manufacture field, specifically a kind of vertical cutting-off tool system of grid.
Background technology
The cutter of domestic accumulator plate Casting Equipment is horizontal cutter at present, but since grid pouring type is weight
Power is poured into a mould, and grid mould is to place vertically, so it is to place vertically to pour the grid being poured in.This requires what is be just cast
Grid must be converted to horizontality by vertical state.Common practice is that grid is allowed freely to drop on the slide carriage of arc at present,
Grid is allowed freely to slide into horizontality by vertical state.Whole process is larger to the impact of grid, in addition the material of grid is lead,
The grid for just being cast out is very soft, and whole process grid is caused to be easily deformed.Also it is not very bright for the deformation of small grid
It is aobvious, but grid is bigger, whole process deformation is more apparent.Therefore, equipment automatization, intelligentized today, mesh are increasingly being emphasized
Preceding some producers are still producing large-scale grid by the way of hand dropping, are deformed to avoid grid excessive.
Therefore, in order to solve the above problem, one kind is needed to complete grid in the case where not changing profiled sheeting grid placement direction
Dead head is sheared, then the grid after shearing is smoothly turned to the vertical cutting-off tool system of grid of horizontality, utilizes this cutter
System shears grid dead head, and the deformation of whole process grid is small, to effectively improve the quality of accumulator.
Utility model content
In view of this, the purpose of the utility model is to overcome defect in the prior art, one kind is provided and is not changing molding
The shearing of grid dead head is completed in the case of grid placement direction, then the grid after shearing is smoothly turned to horizontality
The vertical cutting-off tool system of grid shears grid dead head using this cutting-off tool system, and the deformation of whole process grid is small, to have
Effect improves the quality of accumulator.
The vertical cutting-off tool system of grid of the utility model includes for being sheared to the grid dead head placed vertically
Vertical type shearing machine structure and for driving the grid after shearing to be turned to by vertical state the grid turnover device of horizontality；Institute
Vertical type shearing machine structure is stated to include preceding cutter, rear cutter and realize shearing for driving the preceding cutter and rear cutter mutually to close up
Shear driving device；The grid turnover device includes grid placement plate and is set in the grid placement plate for plate
Grid bottom is supported the grid locating piece of positioning, and the grid placement plate can be overturn by vertical state to horizontality, and be put
The dead head of the grid in the grid placement plate positioned at vertical state is set between the preceding cutter and rear cutter；
Further, the vertical type shearing machine structure further includes before corresponding to be fixed to each other with the preceding cutter and rear cutter respectively
Cutter seat and rear cutter seat；The shearing driving device drives the preceding cutter seat and rear cutter seat mutual by multi-connecting-rod mechanism
It is close；The multi-connecting-rod mechanism includes short torque arm, long torque arm and connection rotating arm；Distinguish the inner end of the short torque arm and long torque arm
It is corresponding hinged with rear cutter seat and preceding cutter seat；The connection rotating arm is rotationally connected with cutter mounting plate, connects rotating arm
Both ends it is corresponding hinged with the outer end of short torque arm and long torque arm respectively；The shearing driving device is hydraulic cylinder, the hydraulic cylinder
Piston rod be articulated with connection rotating arm to be drivingly connected rotating arm relative to cutter mounting plate rotate；
Further, cutter both sides before the multi-connecting-rod mechanism sets there are two and is respectively in；The connection of two multi-connecting-rod mechanisms is revolved
It is connected between pivoted arm for making the connection rotating arm of two multi-connecting-rod mechanisms rotate synchronously connecting rod；
Further, the vertical type shearing machine structure further includes holding pad and is arranged on the preceding cutter seat described for driving
Grid is pressed on the press cylinder of grid placement plate by holding pad；
Further, the vertical type shearing machine structure further includes being located above the rear cutter and being arranged in a manner of turnover
Waste paper returning face plate；The waste paper returning face plate is caught the grid cut with horizontality and poured when preceding cutter and rear cutter close up to be emitted
Mouthful, waste paper returning face plate occurs overturning when preceding cutter and rear cutter detach and overturns grid dead head to setting position；
Further, the waste paper returning face plate overturns shaft by a waste paper and is rotationally connected with cutter mounting plate, described useless
Piece overturning roller end is fixed with collision block, and touching lever is fixed on cutter seat after described, and when rear cutter seat is detached with preceding cutter seat
Collision block can be contacted by touching lever makes waste paper overturn shaft rotation；
Further, the grid turnover device includes overturning frame, is snug fit on the guide rail of the overturning frame
Sliding block and the fixed arc chute plate of the overturning frame and the fixed transverse slat of the grid placement plate are fixed on the transverse slat
The slide-driving device that the guide rod and the driving sliding block of end are slided along guide rail；Described guide rod one end is articulated with described
Sliding block, the other end are matched with by idler wheel in the arc chute on the arc chute plate；
The vertical cutting-off tool system of grid of the utility model further includes being fixed on the crossbeam of the overturning frame and being fixed on
It is used to scrape the grid being placed in the grid placement plate of horizontality from grid placement plate on the crossbeam
Scraping plate；
Further, the slide-driving device includes motor, by the motor-driven drive sprocket and the drive chain
Wheel is by the driven sprocket of chain drive and for by the tensioning wheel of chain tension；The sliding block is connected to the chain and by chain
Item drives it to be slided along guide rail.
The utility model has the beneficial effects that：The vertical cutting-off tool system of grid of the utility model can not change molding
The shearing that grid dead head is completed in the case of grid placement direction, compresses grid, when shearing before shearing using pneumatic binder block
There is provided power using hydraulic system makes forward and backward cutter close up, and shear history is steady, and the grid after shearing can steadily be overturn to water
Level state, the deformation of whole process grid is small, can effectively improve battery quality.
Description of the drawings
The utility model is further described with reference to the accompanying drawings and examples：
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the schematic diagram of the vertical type shearing machine structure of the utility model；
Fig. 3 is the structural schematic diagram of the grid turnover device of the utility model；
Fig. 4 is the vertical view of the utility model.
Specific implementation mode
Fig. 1 is the structural schematic diagram of the utility model, as shown, the vertical cutting-off tool system of the grid of the present embodiment, including
Vertical type shearing machine structure 1 for being sheared to the grid dead head placed vertically and for driving the grid after shearing by erecting
Straight state is turned to the grid turnover device 2 of horizontality；The vertical type shearing machine structure 1 includes preceding cutter 17,13 and of rear cutter
The shearing driving device realized and sheared for driving the preceding cutter 17 and rear cutter 13 mutually to close up；The grid turnover device
2 include grid placement plate 30 and are set in the grid placement plate 30 for being supported the grid of positioning to grid bottom
Locating piece 32, the grid placement plate 30 can be overturn by vertical state to horizontality, and be placed on the institute positioned at vertical state
The dead head of the grid in grid placement plate 30 is stated between the preceding cutter 17 and rear cutter 13；The grid of the present embodiment is vertical
Formula cutting-off tool system, pouring the grid of completion can be placed directly into the grid placement plate 30 of vertical state with vertical state, plate
The rear surface of grid is resisted against in grid placement plate 30, and the bottom of grid is supported by grid locating piece 32 to be positioned, grid locating piece 32
It is equipped with a pressing plate, the lower part of grid can be clamped between the pressing plate and grid placement plate 30, and one is arranged on grid location hole and adjusts
Whole screw 31 can adjust gap between pressing plate and grid placement plate 30, to adapt to difference by rotating the adjusting screw 31
The slab lattice thickness of specification is driven at this point, the dead head above grid is placed exactly between preceding cutter 17 and rear cutter 13 using shearing
Dynamic device drives preceding cutter 17 and rear cutter 13 to close up, and then is sheared to dead head, after the completion of shearing, is overturn using grid
Grid is turned to horizontality by device 2 by vertical state, is convenient for the storage and transport of grid, it can be seen that, the present embodiment
Cutting-off tool system can complete the shearing of grid dead head, the grid after shearing in the case where not changing profiled sheeting grid placement direction
It can steadily overturn to horizontality, the deformation of whole process grid is small, can effectively improve battery quality.
In the present embodiment, it is illustrated in figure 2 the schematic diagram of the vertical type shearing machine structure 1 of the utility model, the vertical shearing
Mechanism 1 further includes corresponding to the preceding cutter seat 18 being fixed to each other with the preceding cutter 17 and rear cutter 13 and rear cutter seat 16 respectively；
Preceding cutter seat 18 and rear cutter seat 16 are slidably arranged on cutter mounting plate, pass through the cunning of preceding cutter seat 18 and rear cutter seat 16
It is dynamic to realize closing up and detaching for preceding cutter 17 and rear cutter 13, the shearing driving device by multi-connecting-rod mechanism drive it is described before
Cutter seat 18 and rear cutter seat 16 are close to each other；The multi-connecting-rod mechanism includes short torque arm 7, long torque arm 6 and connection rotating arm 8；
The inner end of the short torque arm 7 and long torque arm 6 is corresponding hinged with rear cutter seat 16 and preceding cutter seat 18 respectively；The connection rotating arm
8 are rotationally connected with cutter mounting plate by a shaft, and connection rotating arm 8 is T-shaped structure, connects two ends of rotating arm 8
Corresponding hinged with the outer end of short torque arm 7 and long torque arm 6 respectively, the shearing driving device is hydraulic cylinder 3, the hydraulic cylinder 3
The third end that piston rod is articulated with connection rotating arm 8 rotates to be drivingly connected rotating arm 8 relative to cutter mounting plate；Work as liquid
The piston rod of compressed steel is drivingly connected (visual angle as shown in Figure 2) when rotating arm 8 rotates counterclockwise around the shaft, and connection rotating arm 8 will
16 forward slip of cutter seat after driving, while preceding cutter seat 18 slides backward, and preceding cutter 17 and rear cutter 13 is made to close up realization pair
The shearing of dead head, after the completion of shearing, the piston rod of hydraulic cylinder 3 is retracted, and connection rotating arm 8 rotates clockwise around the shaft, connects
Rotating arm 8 slides backward cutter seat after driving 16, while 18 forward slip of preceding cutter seat, and preceding cutter 17 and rear cutter 13 is made to divide
From.
In the present embodiment, 17 both sides of cutter before the multi-connecting-rod mechanism sets there are two and is respectively in；Two multi-connecting-rod mechanisms
It is connected between connection rotating arm 8 for making the connection rotating arm 8 of two multi-connecting-rod mechanisms rotate synchronously connecting rod 11；Pass through connection
Bar 11 ensures that the connection rotating arm 8 of two multi-connecting-rod mechanisms can rotate synchronously, and then ensures that two multi-connecting-rod mechanisms drive simultaneously
Dynamic preceding cutter 17 and the realization of rear cutter 13 are closed up or are detached.
In the present embodiment, the vertical type shearing machine structure 1 further includes that holding pad 10 and setting are used on the preceding cutter seat 18
Grid is pressed on to the press cylinder 5 of grid placement plate 30 in the driving holding pad 10, when grid is placed on grid placement plate
When on 30, its underpart is supported positioning by grid locating piece 32, and upper part drives holding pad 10 to be pressed on by pressure cylinder
In grid placement plate 30, ensures that grid keeps stablizing when carrying out dead head shearing, improve the shearing quality of dead head.
In the present embodiment, the vertical type shearing machine structure 1 further includes being located at 13 top of rear cutter and with turnover side
The waste paper returning face plate 12 of formula setting；The waste paper returning face plate 12 is caught when preceding cutter 17 and rear cutter 13 close up with horizontality
The grid dead head cut, waste paper returning face plate 12 occur overturning when preceding cutter 17 and rear cutter 13 detach and turn over grid dead head
Down to setting position, when preceding cutter 17 and rear cutter 13 close up, the upper surface of the lower surface of waste paper returning face plate 12 and rear cutter 13
Fitting, the dead head under being sheared by cutter will freely be fallen on waste paper returning face plate 12, and after the completion of shearing, waste paper returning face plate 12 can
It turns over to overturn the dead head above it to being carried away in Waste recovery mechanism.
In the present embodiment, the waste paper returning face plate 12 overturns shaft 9 by a waste paper and is rotationally connected with cutter mounting plate,
9 end of waste paper overturning shaft is fixed with collision block 14, is fixed with touching lever 15 after described on cutter seat 16, and rear cutter seat 16 with
Preceding cutter seat 18 can contact collision block 14 when detaching by touching lever 15 makes waste paper overturn the rotation of shaft 9；Before dead head shearing, in collision block
Under 14 gravity, waste paper returning face plate 12 will keep horizontality, and after the completion of dead head shearing, front and back cutter 13 is opened to one
Determine degree, the touching lever 15 on rear cutter seat 16 is contacted with collision block 14 causes waste paper overturning shaft 9 to rotate, and waste paper returning face plate 12 is backward
Overturning, and then grid dead head is dropped in Waste recovery mechanism and is carried away.
In the present embodiment, the grid turnover device 2 includes overturning frame 19, is snug fit at the overturning frame 19
Sliding block 21 on guide rail 20, with 19 fixed arc chute plate 24 of the overturning frame, fixed with the grid placement plate 30
Transverse slat 33, the guide rod 22 for being fixed on 33 end of the transverse slat and the driving sliding block 21 drive along the sliding block 21 that guide rail 20 slides
Dynamic device；22 one end of the guide rod is articulated with the sliding block 21, and the other end is matched with the arc chute plate by idler wheel 23
In arc chute on 24, as shown in Figure 3 and Figure 4, two guide rails 20 are correspondingly arranged at two relative inners of overturning frame 19 respectively
On wall, sliding block 21 can drive it to reciprocatingly slide along guide rail 20 by 21 driving mechanism of sliding block, and grid placement plate 30 is along 33 length of transverse slat
Direction setting is multiple, and transverse slat 33 is fixed between two guide rods 22, and therefore, transverse slat 33 can be put with the swing of guide rod 22
Dynamic, 22 one end of guide rod is hinged on sliding block 21, and the other end is matched with by idler wheel 23 in arc chute, therefore, 21 band of sliding block
When 22 lower end of action-oriented bar moves back and forth, 22 upper end of guide rod can reciprocatingly slide in arc chute so that guide rod 22 exists
Switch between vertical state and horizontality, it is final that grid placement plate 30 is driven to switch between vertically and horizontally state.
The vertical cutting-off tool system of grid of the present embodiment further includes being fixed on the crossbeam of the overturning frame 19 and being fixed on
For scraping the grid being placed in the grid placement plate 30 of horizontality from grid placement plate 30 on the crossbeam
Under scraping plate 26, crossbeam is tube manufacture, ensures its rigidity, and lacing film plate is arranged two, when the dead head shearing of grid finishes
Afterwards, the process for it being overturn to horizontality from vertical state, and further being conveyed in the horizontal direction by grid turnover device 2
In, grid can be scraped from grid placement plate 30 and be fallen in special grid transport establishment and transported by scraping plate 26.
In the present embodiment, 21 driving device of the sliding block includes motor 28, is driven by the motor 28 drive sprocket 29,
With the drive sprocket 29 by the driven sprocket 27 of chain drive and for by the tensioning wheel 25 of chain tension；The sliding block 21
It is connected to the chain and it is slided along guide rail 20 by chain drive.
The process that dead head is sheared using the vertical cutting-off tool system of the grid of the present embodiment is as follows：
Position of the grid locating piece 32 in grid placement plate 30 is adjusted according to grid specification, by adjusting screw 31 to plate
Grid are finely adjusted, and ensure to be cut part at the top of grid to positive cutter.After grid is placed vertically onto grid placement plate 30, three
A press cylinder 5 is run, and pneumatic holding pad 10 is driven to push down grid.Hydraulic cylinder 3 is cut before and after finally being driven by multi-connecting-rod mechanism
Knife 13 moves, and shears grid dead head.When front and back cutter 13 closes up shearing grid, waste paper returning face plate 12 is in 14 gravity of collision block
Lower to be bonded with 13 upper surface of rear cutter, the grid dead head under shearing drops on waste paper returning face plate 12.It is front and back to cut after the completion of shearing
Knife 13 is opened to a certain extent, and collision block 14 is contacted with touching lever 15 causes waste paper returning face plate 12 to be turned over, and grid dead head drops to
It is carried away in Waste recovery mechanism.The shearing of grid dead head is completed, after front and back cutter 13 is opened to a certain extent, motor 28 drives
Movable slider 21 is moved forwards along rail plate 20, and sliding block 21 drives the idler wheel 23 of the other end in arc chute plate by guide rod 22
It is scrolled down through in 24 sliding slot.Under the collective effect of the two actions, grid placement plate 30 is together with grid by from vertical state
Smoothly run to horizontality.Grid continues to run with after running to horizontality, until by scraping plate 26 by grid from grid
Placement plate 30 scrapes, and is transported by special grid transport establishment.Then motor 28 drives sliding block 21 to be transported backward along rail plate 20
Row, sliding block 21 drive the idler wheel 23 of the other end to scroll up in the sliding slot of arc chute plate 24 by guide rod 22.This two
Under the collective effect of a action, grid placement plate 30 is smoothly run to initial vertical state from horizontality, under waiting
A piece of grid arrives, and repeats above procedure.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the right of the utility model.
Claims (9)
1. a kind of vertical cutting-off tool system of grid, it is characterised in that：Include being cut for the dead head of the grid to placing vertically
The vertical type shearing machine structure cut and grid for driving the grid after shearing to be turned to by vertical state horizontality overturn dress
It sets；
The vertical type shearing machine structure includes preceding cutter, rear cutter and for driving the preceding cutter and rear cutter mutually to close up realization
The shearing driving device of shearing；The grid turnover device includes that grid placement plate and being set in the grid placement plate is used
In the grid locating piece for being supported positioning to grid bottom, the grid placement plate can be overturn by vertical state to horizontal
State, and the dead head for the grid being placed in the grid placement plate of vertical state is located at the preceding cutter and rear cutter
Between.
2. the vertical cutting-off tool system of grid according to claim 1, it is characterised in that：The vertical type shearing machine structure further includes point
The preceding cutter seat and rear cutter seat that Dui Ying not be fixed to each other with the preceding cutter and rear cutter；The shearing driving device passes through more
Link mechanism drives the preceding cutter seat and rear cutter seat close to each other；The multi-connecting-rod mechanism include short torque arm, long torque arm and
Connect rotating arm；The inner end of the short torque arm and long torque arm is corresponding hinged with rear cutter seat and preceding cutter seat respectively；The connection
Rotating arm is rotationally connected with cutter mounting plate, and the both ends for connecting rotating arm correspond to and the outer end of short torque arm and long torque arm hinge respectively
It connects；The shearing driving device is hydraulic cylinder, and the piston rod of the hydraulic cylinder is articulated with connection rotating arm to be drivingly connected rotation
Pivoted arm is rotated relative to cutter mounting plate.
3. the vertical cutting-off tool system of grid according to claim 2, it is characterised in that：The multi-connecting-rod mechanism set there are two and
Cutter both sides before being respectively in；It is connected between the connection rotating arm of two multi-connecting-rod mechanisms for making the connection of two multi-connecting-rod mechanisms revolve
Pivoted arm rotates synchronously connecting rod.
4. the vertical cutting-off tool system of grid according to claim 3, it is characterised in that：The vertical type shearing machine structure further includes pressure
Flitch and it is arranged on the preceding cutter seat for the press cylinder that drives the holding pad that grid is pressed on to grid placement plate.
5. the vertical cutting-off tool system of grid according to claim 4, it is characterised in that：The vertical type shearing machine structure further includes position
The waste paper returning face plate being arranged above the rear cutter and in a manner of turnover；The waste paper returning face plate is cut in preceding cutter with after
The grid dead head cut is caught when knife closes up with horizontality, waste paper returning face plate is turned over when preceding cutter and rear cutter detach
Turn to overturn grid dead head to setting position.
6. the vertical cutting-off tool system of grid according to claim 5, it is characterised in that：The waste paper returning face plate passes through a waste paper
Overturning shaft is rotationally connected with cutter mounting plate, and the waste paper overturning roller end is fixed with collision block, it is described after on cutter seat
It is fixed with touching lever, and when rear cutter seat is detached with preceding cutter seat can be contacted collision block by touching lever waste paper be made to overturn shaft and rotated.
7. the vertical cutting-off tool system of grid according to claim 6, it is characterised in that：The grid turnover device includes overturning
Rack, the sliding block being snug fit on the guide rail of the overturning frame and the fixed arc chute plate of the overturning frame and institute
State what the fixed transverse slat of grid placement plate, the guide rod for being fixed on the transverse slat end and the driving sliding block were slided along guide rail
Slide-driving device；Described guide rod one end is articulated with the sliding block, and the other end is matched with the arc chute plate by idler wheel
On arc chute in.
8. the vertical cutting-off tool system of grid according to claim 7, it is characterised in that：Further include being fixed on the overturning frame
Crossbeam and be fixed on the crossbeam for will be placed on grid in the grid placement plate of horizontality from
The scraping plate that grid placement plate scrapes.
9. the vertical cutting-off tool system of grid according to claim 8, it is characterised in that：The slide-driving device includes electricity
Machine by the driven sprocket of chain drive and is used for chain by the motor-driven drive sprocket, with the drive sprocket
The tensioning wheel of tensioning；The sliding block be connected to the chain and by chain drive its along guide rail slide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720436220.8U CN207611819U (en) | 2017-04-24 | 2017-04-24 | The vertical cutting-off tool system of grid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720436220.8U CN207611819U (en) | 2017-04-24 | 2017-04-24 | The vertical cutting-off tool system of grid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207611819U true CN207611819U (en) | 2018-07-13 |
Family
ID=62791907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720436220.8U Active CN207611819U (en) | 2017-04-24 | 2017-04-24 | The vertical cutting-off tool system of grid |
Country Status (1)
| Country | Link |
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| CN (1) | CN207611819U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109877303A (en) * | 2019-04-10 | 2019-06-14 | 中国船舶重工集团衡远科技有限公司 | Lead acid accumulator plate grid truncation casting plate machine |
-
2017
- 2017-04-24 CN CN201720436220.8U patent/CN207611819U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109877303A (en) * | 2019-04-10 | 2019-06-14 | 中国船舶重工集团衡远科技有限公司 | Lead acid accumulator plate grid truncation casting plate machine |
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