CN106328965B - A kind of high-speed rotary button cell assembly line - Google Patents
A kind of high-speed rotary button cell assembly line Download PDFInfo
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- CN106328965B CN106328965B CN201610856520.1A CN201610856520A CN106328965B CN 106328965 B CN106328965 B CN 106328965B CN 201610856520 A CN201610856520 A CN 201610856520A CN 106328965 B CN106328965 B CN 106328965B
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- 230000005540 biological transmission Effects 0.000 claims abstract description 105
- 239000000463 material Substances 0.000 claims abstract description 35
- 238000007599 discharging Methods 0.000 claims abstract description 26
- 230000037452 priming Effects 0.000 claims abstract description 12
- 239000003792 electrolyte Substances 0.000 claims abstract description 8
- 230000004308 accommodation Effects 0.000 claims description 17
- 230000001360 synchronised effect Effects 0.000 claims description 11
- 239000007787 solid Substances 0.000 claims description 4
- 238000010719 annulation reaction Methods 0.000 claims description 2
- 238000009434 installation Methods 0.000 claims 1
- 230000008450 motivation Effects 0.000 claims 1
- 238000002347 injection Methods 0.000 abstract description 14
- 239000007924 injection Substances 0.000 abstract description 14
- 238000000034 method Methods 0.000 abstract description 11
- 230000008569 process Effects 0.000 abstract description 10
- 238000007789 sealing Methods 0.000 abstract description 9
- 239000012530 fluid Substances 0.000 abstract description 8
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 230000007306 turnover Effects 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 16
- 239000007788 liquid Substances 0.000 description 10
- 230000000694 effects Effects 0.000 description 4
- 230000003321 amplification Effects 0.000 description 2
- 238000004880 explosion Methods 0.000 description 2
- 238000003199 nucleic acid amplification method Methods 0.000 description 2
- 238000003825 pressing Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000003638 chemical reducing agent Substances 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
- 238000010168 coupling process Methods 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 238000007373 indentation Methods 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M6/00—Primary cells; Manufacture thereof
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/04—Construction or manufacture in general
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/04—Construction or manufacture in general
- H01M10/0404—Machines for assembling batteries
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M6/00—Primary cells; Manufacture thereof
- H01M6/005—Devices for making primary cells
-
- 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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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Battery Electrode And Active Subsutance (AREA)
- Automatic Assembly (AREA)
Abstract
Disclosed herein a kind of high-speed rotary button cell assembly lines, it includes rack, the round pipeline for material transmission being set in the rack, it is set in rack and successively around the negative electrode casing feeding device being set to around the round pipeline, the priming device of injection electrolyte in negative electrode casing, positive plate feeding device, positive cover feeding device, closing device, the discharging device that the button cell processed is discharged, it further include the power output rotating device being used to provide power being connected in rack, to the High-Speed Automatic completion feeding of present invention energy, material transmission, fluid injection, assembling, sealing, discharge process, to not only high-efficient, and it can guarantee product matter, it can also save labour turnover；In addition, assembly line of the present invention does not need to account for too big place, so as to further decrease production cost.
Description
Technical field
The present invention relates to a kind of button cell process equipment more particularly to a kind of high-speed rotary button cell assembly lines.
Background technique
More and more extensive with button cell application range, demand is increasing, and the production cost of button cell is wanted
It asks and wants low, but quality requirements are higher and higher.And in existing production line, it is all manually to add a single machine mechanical combination into a length
The pipeline system of shape, this mode need very big place that can just admit elongated pipelining equipment；In addition, the people of demand
Work is more, to not only make increased costs, and low efficiency, production capacity is low, in addition, manual operation cannot be guaranteed each product
Quality,
Summary of the invention
It is an object of the invention to overcome disadvantages mentioned above, a kind of high-speed rotary button cell assembly line is provided.
To achieve the above object, the technical scheme adopted by the invention is that:
A kind of high-speed rotary button cell assembly line, including rack, be set in the rack for material transmission
Round pipeline, be set in rack and successively around the negative electrode casing feeding device being set to around the round pipeline,
The priming device of electrolyte is injected in negative electrode casing, positive plate feeding device, positive cover feeding device, closing device, will be processed
The discharging device of good button cell discharge, the rack include a workbench, and the circle pipeline includes relatively described
The fixed annular materials platform of workbench is rotatably connected annular revolving bed station slot in annular materials platform upper end
Plate, uniformly annular array is provided with first hopper of circle, the negative electrode casing feeding device, anode on the revolving bed station frid
Piece feeding device, positive cover feeding device, discharging device include one division device, and the indexing means includes one relatively described
The fixed indexing bottom plate of workbench is rotatably connected in the index dial on the indexing bottom plate, and the index dial periphery is equal
Even to be arranged at intervals with second hopper of circle, the high-speed rotary button cell assembly line further includes being set to the round conveying
Above line and opposite can move up and down die pad, be fixedly connected on being used for negative electrode casing feeding device second of the die pad
Negative electrode casing in hopper is pressed into the first ejector beam in first hopper, for by second material of positive plate feeding device
Positive plate in slot is pressed into the second ejector beam of first hopper, by the cathode in second hopper of negative electrode casing feeding device
Go out described in shell is pressed into the third ejector beam of first hopper, the button cell for will process in first hopper is sent into
Expect the second hopper of device in the 4th ejector beam, the closing device include the lower die being fixedly connected on the workbench,
The upper mold of the lower die can be connected to up or down relatively, the upper mold is fixedly connected on the die pad, the high speed rotation
Rotatable button cell assembly line further include be connected to rack for drive the revolving bed station frid, indexing disc spins and
The power output actuator for driving the die pad to move up and down；
The accommodation groove toward lower recess is provided among the indexing bottom plate upper surface, the index dial is rotatably received in
In the accommodation groove, and the side setting of the accommodation groove is jagged, and the side of the indexing bottom plate is provided with up and down direction
First through hole；The indexing means further includes one first transmission shaft, the upper end of first transmission shaft pass through after indexing bottom plate with
The indexing disk center is fixedly connected, and lower end is located at below the rack workbench；
The circle pipeline includes the connecting bottom board being fixedly connected on the workbench, successively fixes from outside to inside
Ring-shaped platform support, annular bearing seat, the circular inner support seat being connected on the connecting bottom board, further include passing through crossed roller
Annular frid mounting base that bearing is connect with the annular bearing seat is fixedly connected on the interior of the annular frid mounting base inner ring
Gear, the upper junction plate for being fixedly connected on circular inner support seat upper end, the revolving bed station frid are fixedly connected on institute
Annular frid mounting base upper end is stated, the annular materials platform is fixedly connected on ring-shaped platform support upper end, the revolution
Seat station frid is located at annular materials platform upper end, and the top of the upper junction plate is higher than the top of the revolving bed station frid
End；The external gear that the circle pipeline further includes a second driving shaft, is fixedly connected on the upside of the second driving shaft, it is described
Second driving shaft passes through the workbench, connecting bottom board, upper junction plate from bottom to top, and the upper end of the second driving shaft is logical
It crosses bearing to be rotatably connected with the upper junction plate, lower end is located at below rack workbench, the external gear and the internal tooth
Wheel engagement.
The negative electrode casing feeding device further includes the vibrating disc being fixed on the workbench, connect with the vibrating disc
Slideway, a mounting base, the mounting base upper surface is provided with the track extended towards round pipeline direction, under the slideway
End is communicated with the track；The indexing bottom plate side of the indexing means is located at the round pipeline revolving bed station frid
Top, the first through hole are set to indexing bottom plate side, and the indexing bottom plate other side is located at the mounting base upper surface
Side, the notch and the track of the accommodation groove of the indexing bottom plate are connected；The negative electrode casing feeding device further includes one being used for
Negative electrode casing in track is pushed into the material-pulling device in the second hopper, the material-pulling device includes described in an expeller and driving
The mobile driving device of expeller, the expeller are movably arranged in the track, and the driving device is connected to institute
It states on upper junction plate and is connect with the expeller.
The negative electrode casing feeding device further includes that the guide rail for being fixedly connected on the mounting base upper end and the guide rail match
The sliding block of conjunction, the expeller are fixedly connected on the sliding block；The driving device include one end connect the sliding block connecting rod,
One 7 font transmission arms, one be fixedly connected on the transmission arm support of the round pipeline upper junction plate upper end, side upper end is fixed
It is connected to the first driver plate of the die pad lower end；The vertical section lower end of the 7 font transmission arm is articulated in the connecting rod
The other end, upper end are articulated in transmission arm support upper end, the lateral part of the 7 font transmission arm and first driver plate
The other side is connected by a follower, when the first driver plate is moved up and down with moving up and down for die pad, 7 word
The vertical section of shape transmission arm pulls connecting rod toward towards the direction of round pipeline under the driving of follower.
The positive plate feeding device further includes a bottom plate, two first be fixedly connected on the bottom plate spaced reciprocally
Side plate, the first transmission line being set between two first side plate, be disposed therein on one first side plate for driving institute
The feeding tube stated the motor of the first transmission line, be located at first transmission line side upper end, the indexing bottom of the indexing means
Plate side is located at the top of the round pipeline revolving bed station frid, and the first through hole is set to indexing bottom plate should
Side, the indexing bottom plate other side are fixedly connected on wherein one first side plate；It is described indexing bottom plate accommodation groove notch with it is described
The first transmission line other side communicates；The positive plate feeding device further include one be fixed on wherein one first side plate second lead
Rail, the second sliding block for being matched with second guide rail, the positive plate feeding device further comprise a material-pulling device,
The expeller of middle material-pulling device is fixedly connected on second sliding block, and indexing bottom plate accommodation groove notch described in pusher block alignment
Direction
The discharging device includes the mounting bracket being fixedly connected on the rack workbench, two is spaced apart from each other fixation
The second side plate for being connected in the mounting bracket, the second transmission line being set between two second side plates are connected to wherein one
The motor for being used to drive second transmission line of second side plate side, the index dial side of the indexing means is located at the circle
The lower section of shape pipeline annular materials platform, the indexing bottom plate other side are located above the second transmission line, the first through hole setting
In indexing bottom plate side；Corresponding position of the annular materials platform below the 4th ejector beam is provided with wearing in up and down direction
Hole；The discharging device further include be fixed on the die pad for by the button processed in the second hopper of indexing means
Battery is pressed onto the 5th ejector beam on transmission line.
The power output actuator includes power output device, connect with the power output device and moved by described
The driving of power output device and the first actuating unit that the die pad that links moves up and down are connect simultaneously with the power output device
Link the first transmission shaft of indexing means and round pipeline second driving shaft rotate by power output device driving second is dynamic
Force actuators；The power output device includes the active for being fixedly connected on the rack and being located at below the workbench
Force motor, the first helical gear being fixedly connected with the motor shaft of the electrical machinery of active force, engaged with first helical gear
The third transmission shaft that two helical gears, upper end are fixedly connected with second helical gear.
First actuating unit includes a divider, is fixedly connected on first transmission shaft of indexing means lower end
The first driven wheel, be fixedly connected on the second driving shaft lower end the second driven wheel, connection the first driven wheel and second from
The synchronous belt of driving wheel, the third driven wheel for being fixedly connected on third transmission shaft lower end；The divider include a main body with
And the 4th transmission shaft and the 5th transmission shaft of linkage, the 4th transmission shaft lower end stretch out in below the main body, described the
Five transmission shaft upper ends stretch out in above the main body, and the 4th transmission shaft lower end is fixed with the 4th driven wheel, the described 4th from
With third driven wheel by synchronous band connection, the 5th transmission shaft upper end is fixedly connected driving wheel with the second driving shaft.
Second actuating unit includes that one end bias is connected to the swing rod of second helical gear upper end, fixed company
Be connected to the workbench lower end the first guide holder, can relative level to being movably attached in first guide holder side
Lobe plate, the cam follow-up device that is connected to the lobe plate and can be moved up and down with moving for lobe plate, multiple intervals
The movable floor for being fixedly connected on the guide post of the die pad lower end, being fixedly connected on the multiple guide post lower end, the swing rod
The other end is fixedly connected on the lobe plate, and the cam follow-up device is fixedly connected on the movable floor.
The invention has the benefit that the present invention can High-Speed Automatic completion feeding, material transmission, fluid injection, assembling, sealing,
Discharge process does not need artificial feeding, single machine as prior art and completes each process, thus it is not only high-efficient, and can protect
Demonstrate,prove product matter, moreover it is possible to save labour turnover；In addition, the negative electrode casing feeding of high-speed rotary button cell assembly line of the present invention fills
It sets, priming device, positive plate feeding device, positive cover feeding device, closing device, discharging device are all described around being set to
Around round pipeline, so that all devices farthest can be arranged in the smallest place, do not needed by compact overall structure
Too big place is accounted for, production cost is further decreased；And the rotation of index dial, the rotation of revolving bed station frid, each liftout
Bar and upper mold are moved up and down by same main force's motor driven, to ensure that the harmony of each process.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of button cell assembly line of the present invention；
Fig. 2 is the top view of button cell assembly line of the present invention；
Fig. 3 is the enlarged diagram according to part A in Fig. 1；
Fig. 4 is the partial schematic diagram of button cell assembly line of the present invention；
Fig. 5 is the three-dimensional enlarged diagram of the round pipeline of button cell assembly line of the present invention；
Fig. 6 is the three-dimensional enlarged diagram of another angle of round pipeline of button cell assembly line of the present invention；
Fig. 7 is the section enlarged diagram of the round pipeline of button cell assembly line of the present invention；
Fig. 8 is the explosion enlarged diagram of the round pipeline of button cell assembly line of the present invention；
Fig. 9 is the negative electrode casing feeding device enlarged diagram of button cell assembly line of the present invention；
Figure 10 is the priming device enlarged diagram of button cell assembly line of the present invention；
Figure 11 is the positive plate feeding device enlarged diagram of button cell assembly line of the present invention；
Figure 12 is the closing device enlarged diagram of button cell assembly line of the present invention；
Figure 13 is the enlarged diagram of the discharging device of button cell assembly line of the present invention；
Figure 14 is the enlarged diagram one of the power output actuator of button cell assembly line of the present invention；
Figure 15 is the enlarged diagram two of the power output actuator of button cell assembly line of the present invention；
Figure 16 is the three-dimensional amplification of the cam follow-up device of the power output actuator of button cell assembly line of the present invention
Schematic diagram；
Figure 17 is the explosion amplification of the cam follow-up device of the power output actuator of button cell assembly line of the present invention
Schematic diagram.
Specific embodiment
As shown in Figure 1,2,3, 4, high-speed rotary button cell assembly line of the present invention includes rack 1, is set to the machine
On frame 1 for material transmission round pipeline 2, be set in rack 1 and successively around being set to the round pipeline 2
The negative electrode casing feeding device 3 of surrounding, priming device 4, the positive plate feeding device 5, positive cover that electrolyte is injected in negative electrode casing
Feeding device 6, closing device 7, the discharging device 8 that the button cell processed is discharged, the rack 1 include a workbench
11, the circle pipeline 2 includes the fixed annular materials platform 21 of the relatively described workbench 11, is rotatably connected in described
The annular revolving bed station frid 22 of annular materials platform upper end, uniformly annular array setting on the revolving bed station frid 22
There are first hopper of circle 221, the negative electrode casing feeding device 3, positive plate feeding device 5, positive cover feeding device 6, discharging dress
Setting 8 includes one division device 30, and the indexing means 30 includes the fixed indexing bottom plate of the relatively described workbench 11
301, it is rotatably connected in the index dial 302 on the indexing bottom plate 301, and 302 periphery uniform intervals of the index dial are arranged
There is second hopper of circle 303, the high-speed rotary button cell assembly line further includes being set to 2 top of round pipeline
And opposite can move up and down die pad 12, be fixedly connected on the die pad 12 for by the second material of negative electrode casing feeding device
Negative electrode casing in slot 303 is pressed into the first ejector beam 121 in first hopper 221, for filling the positive plate feeding
The positive plate in the second hopper 303 is set to be pressed into the second ejector beam 122 of first hopper 221, fill the negative electrode casing feeding
The negative electrode casing in the second hopper 303 is set to be pressed into the third ejector beam 123 of first hopper 221, be used for first hopper
Assembled button cell is sent into the 4th ejector beam 124 in second hopper of discharging device 303, the sealing dress in 221
Set 7 include be fixedly connected on the workbench 11 lower die 71, the lower die 71 can be connected to up or down relatively
Upper mold 72, the upper mold 72 are fixedly connected on the die pad 12, and the high-speed rotary button cell assembly line further includes connecting
Be connected to rack 1 is used to drive the revolving bed station frid 22, index dial 302 to rotate and drive about 12 die pad
Mobile power output actuator 9.
The accommodation groove (not shown) toward lower recess, the index dial 302 are provided among indexing 301 upper surface of bottom plate
It is rotatably received in the accommodation groove, and the side setting jagged 3011 of the accommodation groove, the indexing bottom plate 301
Side is provided with the first through hole (not shown) of up and down direction；The indexing means 30 further includes one first transmission shaft 300, described
The upper end of first transmission shaft 300 is fixedly connected after passing through indexing bottom plate 301 with 302 center of index dial, and lower end is located at described
11 lower section of rack workbench.
In the present embodiment, preferably, being rotatably connected by bearing in one division seat in the middle part of first transmission shaft 300
304, the indexing base 304 is fixedly connected on the workbench 11 of the rack 1.
As shown in Fig. 1,5,6,7,8, the circle pipeline 2 includes the connection being fixedly connected on the workbench 11
Bottom plate 211, be fixedly connected sequentially from outside to inside on the connecting bottom board 211 ring-shaped platform support 24, annular bearing seat 25,
Circular inner support seat 26 further includes the annular frid mounting base being connect by crossed roller bearing 27 with the annular bearing seat 25
230, it is fixedly connected on the internal gear 29 of annular 230 inner ring of frid mounting base, is fixedly connected on the circular inner support seat
The upper junction plate 20 of 26 upper ends, the revolving bed station frid 22 are fixedly connected on 230 upper end of frid mounting base, the ring
Shape material platform 21 is fixedly connected on 24 upper end of ring-shaped platform support, and the revolving bed station frid 22 is located at annular materials
21 upper end of platform, the top of the upper junction plate 20 are higher than the top of the revolving bed station frid 22；The circle pipeline 2
It further include a second driving shaft 200, the external gear 201 for being fixedly connected on 200 upside of second driving shaft, second transmission
Axis 200 passes through the workbench 11, connecting bottom board 211, upper junction plate 20 from bottom to top, and on the second driving shaft 200
End is rotatably connected by bearing with the upper junction plate 20, and lower end is located at 1 workbench of rack, 11 lower section, the external gear
201 engage with the internal gear 29.
By as above connecting, the workbench 11 of the opposite rack 1 of the annular materials platform 21 is fixed, and revolving bed
Station frid 22 can be rotated relative to workbench 11；When second driving shaft 200 rotates, external gear 201 rotates together therewith, from
And internal gear 29 is driven to rotate together, so that revolving bed station frid 22 rotates.
In the present embodiment, the ring-shaped platform support 24 include first annular platform supporting plate 241, be fixedly connected on it is described
Second ring-shaped platform supporting plate 242 of 241 upside of ring-shaped platform supporting plate, 21 lower end of annular materials platform is fixedly connected on described
On the inner ring of second ring-shaped platform supporting plate 242；Designing in this way is advantageous in that processing, can be more convenient in assembling process.At other
In embodiment, the ring-shaped platform support 241 is also possible to an entirety.
In the present embodiment, the inner ring of the crossed roller bearing 27 is fixedly connected on the outer of the annular bearing seat 25
The inner ring downside of circle, the annular frid mounting base 230 is fixedly connected on the outer ring of the crossed roller bearing 27, internal gear 29
Outer ring be fixedly connected on the upside of the inner ring of the annular frid mounting base 230.
As shown in Fig. 1,3,4,9, the negative electrode casing feeding device 3 further includes the vibration being fixed on the workbench 11
Disk 31, the slideway 32 connecting with the vibrating disc 31, a mounting base 33,33 upper surface of mounting base are provided with towards round defeated
The track (not shown) that 2 direction of line sending extends, 32 lower end of slideway is communicated with the track；The indexing of the indexing means 30
301 side of bottom plate is located at the top of 2 revolving bed station frid 22 of the round pipeline, and the first through hole is set to indexing
The side of bottom plate 301,301 other side of indexing bottom plate are located at the 33 upper surface side of mounting base, the indexing bottom plate 301
The notch 3011 and the track of accommodation groove are connected；The negative electrode casing feeding device 3 further includes one for by the cathode in track
Shell is pushed into the material-pulling device 34 in the second hopper 303, and the material-pulling device 34 includes an expeller 341 and the driving pusher
The mobile driving device 342 of block 341, the expeller 341 are movably arranged in the track, the driving device 342
It is connected on the upper junction plate 20 and is connect with the expeller 341.
In the present embodiment, to make the sliding of expeller 341 more smooth, the negative electrode casing feeding device 3 further includes
The guide rail 35 for being fixedly connected on 33 upper end of mounting base, the sliding block 36 matched with the guide rail 35, the expeller 341 are solid
Surely it is connected to the sliding block 36.
In this embodiment, in combination with Figure 11 is referred to, the driving device 342 includes the connecting rod that one end connects the sliding block
3421, one 7 font transmission arms 3422, one are fixedly connected on the transmission arm support of round 20 upper end of pipeline upper junction plate
3423, side upper end is fixedly connected on the first driver plate 3424 of 12 lower end of die pad；The 7 font transmission arm 3422
34221 lower end of vertical section is articulated in 3421 other end of connecting rod, and upper end is articulated in 3423 upper end of transmission arm support, institute
The lateral part 34222 and 3424 other side of the first driver plate for stating 7 font transmission arms 3422 (are schemed not by a follower
Show) connection, when the first driver plate 3424 is as die pad 12 is when moving up and down and moving up and down, the 7 font transmission arm
3422 vertical section 34221 pulls connecting rod 3421 toward towards the direction of round pipeline 2 under the driving of follower.
In the present embodiment, the follower can be any known structure, therefore not be described in detail.
In other embodiments, the driving device 342 or other feasible mechanisms, if its be able to achieve it is identical
Function.
As shown in Fig. 1,2,3,4,10, the priming device 4 include be fixed on the workbench 11 mounting base 41,
The mounting plate 42 that is fixed in the mounting base 41, the motor cabinet 43 for being set in turn in 42 upper end of mounting plate, first bearing
Seat 44, topping-up pump 45, second bearing seat 46, wherein the first bearing seat 44 can with respect to second bearing seat 46 close to or far from,
One motor 47 is fixedly connected on the motor cabinet 43, and the motor shaft of the motor 47 is fixedly connected with first bearing seat 44, described
45 two sides of topping-up pump are connected separately with liquid inlet port 451, liquid injecting mouth 452, and the priming device 4 further includes a fluid injection guide device,
The fluid injection guide device includes that side is fixedly connected on the directing plate 48 of round 20 upper end of pipeline upper junction plate, fixes
It is connected to the infundibulate guiding tube 49 of 48 other side of directing plate, the lower end of the infundibulate guiding tube 49 is against revolving bed work
221 direction of the first hopper of position frid 22, the liquid injecting mouth 452 are connected on the infundibulate guiding tube 49 by liquid injection pipe
End.
When motor 47 works, driving first bearing seat 44 is mobile towards the direction of second bearing seat 46, thus described in squeezing
Topping-up pump 45, so that in the negative electrode casing that electrolyte is injected in corresponding first hopper 221 through liquid injection pipe.
In the present embodiment, preferably, there are three the infundibulate guiding tube 49 settings, arc shooting and it is three the corresponding
One hopper 221, it is corresponding, there are three the liquid inlet port 451 and liquid injecting mouth 452 are respectively set.To the electrolyte point three of total amount
In secondary injection negative electrode casing, to avoid instability problem caused by disposably injecting.
As shown in Fig. 1,2,11, the positive plate feeding device 5 further includes a bottom plate 50, is fixedly connected on spaced reciprocally
Two first side plates 52 on the bottom plate 50, are set to it at the first transmission line 53 being set between two first side plate 52
In the motor 54 for driving first transmission line 53 on one first side plate 52, be located at 53 side of the first transmission line
The feeding tube 55 of upper end, 301 side of indexing bottom plate of the indexing means 30 are located at the round pipeline revolving bed station slot
The top of plate 22, the first through hole, which is set to, indexes the side of bottom plate 301, and the notch of indexing 301 accommodation groove of bottom plate
3011 communicate with 53 other side of the first transmission line；The positive plate feeding device 5 further includes one being fixed on wherein one first
The second guide rail 56 on side plate 52, the second sliding block 57 for being matched with second guide rail 56, the positive plate feeding device 5 into one
Step includes a material-pulling device 34, and wherein the expeller 341 of material-pulling device 34 is fixedly connected on second sliding block 57, and pushes away
Material block 341 is directed at the direction of the indexing 301 accommodation groove notch 3011 of bottom plate.
6 structure of positive cover feeding device is the same as negative electrode casing feeding device 3.
As shown in Fig. 4,12, the lower die 71 of the closing device 7 includes the mould being fixedly connected on the workbench 11
Tool fixed plate 710, is fixedly connected on the support base at the support base 711 for being fixedly connected on 710 upper end of mold fixed plate
The backing plate 712 of 711 upper ends, the lower template 713 for being fixedly connected on 712 upper end of backing plate, the mold fixed plate 710, support
It is formed with gap 714 between seat 711 and backing plate 712, two lower die mandrils 715, and the lower die are provided in the gap 714
Spring (not shown) is provided between mandril 715 and the backing plate 712；The upper mold 72 includes connecting up or down relatively
In the backing plate 712 upper die holder 720, be fixedly connected on 720 upper end of upper die holder die shank 721, opposite can move up and down
Stripper plate 722 that ground is connected to 720 lower section of the upper die holder, the precompressed formed punch for being fixedly connected on 720 lower end of upper die holder
723, formed punch 724 is sealed, the die shank 721 is fixedly connected on the die pad 12；Corresponding institute is provided on the stripper plate 722
It states precompressed formed punch 723 and seals two upper through-hole (not shown) of formed punch 724, be arranged in the backing plate 712 and lower template 713
There are corresponding two lower through-holes 716, the upper end of the two lower dies mandril 715 is located at two lower through-holes 716 of lower template 713
It is interior；The upper mold 72 is located at 22 top of revolving bed station frid, and the lower die 71 is located at the annular materials platform 21
Lower section.
In the present embodiment, preferably, 720 lower end of the upper die holder is also fixedly connected with locating rod 725, corresponding, institute
It states and is provided with corresponding location hole (not shown) in stripper plate 722 and lower template 713, thus when upper mold 72 pushes, locating rod
The positioning hole that 725 lower ends can be first inserted into lower template 713 is positioned.
The upper die holder 720 opposite can be moved up and down with backing plate 712 by the first guide rod 73 and be connect, and the upper die holder
The first spring 74 is provided between 720 and backing plate 712；The stripper plate 722 passes through the second guide rod 727 and the upper die holder 720
Opposite connection can be moved up and down, and be provided with second spring 728 between the stripper plate 722 and upper die holder 720.
In the present embodiment, 720 lower end of upper die holder is also fixedly connected with a upper clamp plate 729, the upper clamp plate 729
Above stripper plate 722, play the role of limiting upper die holder 720 moving down distance.
In the present embodiment, preferably, a screw 77 locks die shank 721 after passing through the die pad 12 down, thus solid
Surely the die pad 12 and die shank 721 are connected.
As shown in Fig. 1,4,13, the discharging device 8 further includes the peace being fixedly connected on the rack workbench 11
Dress bracket 80, two is spaced apart from each other the second side plate 81 being fixedly connected in the mounting bracket 80, is set to two second side plates 81
Between the second transmission line 82, be connected to wherein one second side plate, 81 side for driving the motor of second transmission line 82
83,302 side of index dial of the indexing means 30 is located at the lower section of the round pipeline annular materials platform 21, indexes bottom
301 other side of plate is located at 82 top of the second transmission line, and the first through hole is set to indexing side of bottom plate 301,；The annulation
Corresponding position of the material platform 21 in 124 lower section of the 4th ejector beam is provided with the perforation (not shown) in up and down direction, thus the 4th
The button cell processed in first hopper 221 could be pressed into the of the indexing means 30 of discharging device 8 by ejector beam 124
In two hoppers 303；The discharging device 8 further include be fixed on the die pad 12 for by the second hopper of indexing means 303
Interior assembled button cell is pressed onto the 5th ejector beam 84 on the second transmission line 82.
In the present embodiment, preferably, 12 lower end of the die pad is fixedly connected with an adapter 85, the described 4th,
Five ejector beams 144,84 are all connected to the adapter 85 (in conjunction with reference Figure 14).
As shown in Fig. 1,4,14,15,16,17, the power output actuator 9 include power output device, with it is described
Power output device connection and the first power transmission that the die pad 12 that links moves up and down by power output device driving
Device, connect with the power output device and by power output device drive and link the first transmission shaft of indexing means 300 with
The second actuating unit that round pipeline second driving shaft 200 rotates.
The power output device includes the active for being fixedly connected on the rack 1 and being located at 11 lower section of workbench
Force motor 910, the first helical gear 911 being fixedly connected with the motor shaft of the electrical machinery of active force 910 and first helical gear
The third transmission shaft 913 that second helical gear 912 of 911 engagements, upper end are fixedly connected with second helical gear 912.
In the present embodiment, the motor shaft of the electrical machinery of active force 910 is solid by speed reducer 914 and the first helical gear 911
Fixed connection.
First actuating unit includes a divider 920, is fixedly connected on the transmission of indexing means 30 first
First driven wheel 921 of 300 lower end of axis, the second driven wheel 922 for being fixedly connected on 200 lower end of second driving shaft, connection
The synchronous belt of first driven wheel 921 and the second driven wheel 922, be fixedly connected on the third of 913 lower end of the third transmission shaft from
Driving wheel 924；The divider 920 is standard component, the 4th transmission shaft 9202 and the 5th including a main body 9201 and linkage
Transmission shaft 9203,9202 lower end of the 4th transmission shaft stretches out in below the main body 9201, on the 5th transmission shaft 9203
End stretches out in 9201 top of the main body, and 9202 lower end of the 4th transmission shaft is fixed with the 4th driven wheel 9204, and the described 4th
Driven wheel 9204 is connect with third driven wheel 924 by synchronous belt 9205,9203 upper end of the 5th transmission shaft and described second
Transmission shaft 200 is fixedly connected.
In the present embodiment, the 5th transmission shaft 9203 is connect by shaft coupling 9206 with second driving shaft 200.
In the present embodiment, preferably, first transmission device further includes being fixedly connected on 200 downside of second driving shaft
And the workbench is pivotably coupled to about 200 second driving shaft the 5th driven wheel 925 separately, upper end
11 or the 6th transmission shaft 926 on round pipeline connecting bottom board 23, it is fixedly connected on the 6th transmission shaft at interval in the upper and lower
926 the 6th driven wheel 927, the 7th driven wheel 928, wherein the 6th driven wheel 927 is engaged with the 5th driven wheel 925, the circle
The second driven wheel 922 on shape pipeline second driving shaft 200 passes through the indexing means 30 of synchronous belt 9231 and discharging device
First driven wheel 921 of 300 lower end of the first transmission shaft connects, and the 7th driven wheel 928 passes through synchronous belt 9232 and negative electrode casing
Feeding device 3, positive plate feeding device 5, positive cover feeding device 6 indexing means 30 300 lower end of the first transmission shaft
The connection of one driven wheel 921.It is such to be advantageous in that: because of negative electrode casing feeding device 3, positive plate feeding device 5, positive cover feeding
Device 6 and discharging device 8 be not or not an orientation, so that the connection type of two-way is taken in this way, it can be to avoid on different directions
Interference.
In the present embodiment, 23 lower end of connecting bottom board of the round pipeline 2 is fixedly connected with a upper end opening
Box-like block piece 210, the 6th driven wheel 927 and the 5th driven wheel 925 are located in the box-like block piece 210, and described
Two driven wheels 922 and the 7th driven wheel 928 are located at 210 lower section of box-like block piece.
Second actuating unit include one end bias be connected to 912 upper end of the second helical gear swing rod 930,
Be fixedly connected on 11 lower end of workbench the first guide holder 931, can relative level to being movably attached in described first
The lobe plate 932 of 931 side of guide holder is connected to the lobe plate 932 and can moving and move up and down with lobe plate 932
Cam follow-up device 934, it is multiple be spaced be fixedly connected on the guide post 935 of 12 lower end of die pad, be fixedly connected on it is described
The movable floor 936 of multiple 935 lower ends of guide post, 930 other end of swing rod is fixedly connected on the lobe plate 932, described convex
Wheel hunting gear 924 is fixedly connected on the movable floor 936.
In the present embodiment, preferably, being arranged at intervals with the elongated slot extended in horizontal direction on the lobe plate 932
9320, and 9320 side of the elongated slot is high, side is low, and the cam follow-up device 924 is distinguished including Cam Follower 9241, two
It is set to the Cam Follower mounting plate 9242 of 932 two sides of lobe plate, the middle part of the Cam Follower 9241 is matched with
In two elongated slot 9320, both ends are respectively fixedly connected in the two Cam Followers mounting plate 9242, two cam following
9242 lower end of device mounting plate is fixedly connected on the movable floor 936.
Preferably, in order to enable moving up and down for Cam Follower mounting plate 9242 is more stable, the Cam Follower
There are two 9241 settings, corresponding, there are two the elongated slot 9320 is also provided with.
Preferably, be so that the movement of the lobe plate 932 is more smooth, the lobe plate 932 and the first guide holder 931 it
Between be provided with matched guide rail and sliding block；11 lower end of workbench is fixedly connected with the second guide holder 937, the lobe plate
Matched guide rail and sliding block are also equipped between 932 upper ends and the second guide holder 937, first guide holder 931 is led with second
It is oriented to together to seat 937, to be even more the stability that ensure that lobe plate 932 is mobile.
In the present embodiment, 930 other end of swing rod is fixedly connected on the lobe plate 932 by a middleware 938,
In other embodiments, it is also possible to 930 other end of swing rod and is directly connected in the lobe plate 932.
In the present embodiment, 11 lower end of workbench be fixedly connected with multiple support columns 15, be fixedly connected on it is described
First fixed plate 16 of 15 lower end of support column, the movable floor 936 are set to the workbench 11 and the first fixed plate 16
Between, first helical gear 911, the second helical gear 912 and 9203 upper end of the 5th transmission shaft are located at first fixed plate
16 tops；The electrical machinery of active force 910, divider main body 9201, third driven wheel 924 and the 4th driven wheel 9204 are located at described
First fixed plate, 16 lower section；First driven wheel 921, the second driven wheel 922 are located at the movable floor 936 and workbench
Between 11.Using such layered mode, the unordered interference of each component can avoid.
In the present embodiment, preferably, being also fixedly connected with the second fixed plate 17 in the rack 1, described second is fixed
Plate 17 is located at 16 lower section of the first fixed plate, and the electrical machinery of active force 910 is fixed in second fixed plate 17.
By structure as above, under the action of electrical machinery of active force 910, first helical gear 911 rotates, and drive second is tiltedly
Gear 912 rotates, and the rotation of the second helical gear 912 can then drive the first transmission device and second device, that is, realize two and move
Power drive path:
One, the rotation meeting of the second helical gear 912 is so that the rotation of third transmission shaft 913, passes through the four, the 5th driven wheels
9202,925 and connection both synchronous belt effect, it is described circle pipeline 2 second driving shaft 200 and then rotate, from
And revolving bed station frid 22 rotates；In addition, by the first, second, the 7th driven wheel 921,922,928 and connecting the same of its
Walk the effect of band, the negative electrode casing feeding device 3, positive plate feeding device 5, positive cover feeding device 6 and discharging device 8
First transmission shaft 300 of indexing means 30 rotates, so that the index dial 302 of indexing means 30 be driven to rotate；
Two, the rotation of the second helical gear 912 drives swing rod 930 to move, and swing rod 930 can then haul 932 level side of lobe plate
To movement, and the movement of lobe plate 932 can then make Cam Follower 9241 change with respect to the position in elongated slot 9320,
Because 9320 side of elongated slot is high, side is low, thus Cam Follower 9241 can moving and move up and down with lobe plate 932,
I.e. so that Cam Follower mounting plate 9242 moves up and down, that is to say so that movable floor 936 moves up and down, movable floor 936
It moves up and down Shi Zehui to move up and down by the die pad 12 that links of guide post 925, so that each ejector beam and sealing dress
7 die shank 721 is set with moving up and down together.
In the present embodiment, preferably, 16 lower end of the first fixed plate is also fixedly connected with a U-shaped seat 19, the U-shaped
19 lower ends of seat are connected with a servo axis 191 by bearing, and 191 lower end of servo axis is fixedly connected with the 8th driven wheel 192, institute
It states the 8th driven wheel 192, third driven wheel 924, the 4th driven wheel 9204 to be triangularly arranged, and three passes through synchronous belt together
9205 connections.In this way, can increase the tension of the synchronous belt.
It is more smooth to move up and down the guide post 935, corresponding the multiple guide post 935, under the workbench 11
End is fixedly connected with multiple guide sleeves 9351, and the guide post 925 passes through the guide sleeve 9351.
In the present embodiment, the die pad 12 is fixed together by the plate of muti-piece suitable shape, at it
In his embodiment, the die pad 12 can be the plate of an entirety.
In conjunction with reference Fig. 3,4, in the present embodiment, preferably, in order to enable each ejector beam moves up and down more smooth, return
It is more convenient, also for the impact reduced to material, three buffing pads are fixedly connected on the upper junction plate 20 of the circle pipeline 2
13, three buffing pads 13 are respectively arranged at the position of corresponding first, second, third ejector beam 121,122,123, each buffing pad 13
On be provided with through-hole (not shown), cushion collar 125 is arranged on the upside of the ejector beam of corresponding position, lower end passes through described logical down
Hole, and buffer spring 126 is provided between 125 lower end of the cushion collar and buffing pad 13；Under four, the 5th ejector beams 144,84
Side set also is provided with cushion collar 851, and buffer spring 852 is arranged between the cushion collar 141 and adapter 85.The setting of buffer spring
It may make ejector beam to move up and down more smooth, and be reduced to material rigid shock.
In the present embodiment, the rack 1 is in cabinet shape, and the workbench 11 is the top plate of the cabinet, described
Negative electrode casing feeding device 3, priming device 4, positive plate feeding device 5, positive cover feeding device 6, closing device 7, discharging device 8
It is set to above the workbench, a part of the power output actuator 9 is set to inside cabinet.
The working principle of the invention is: the negative electrode casing of button cell is attached in corresponding vibrating disc 31 with positive cover, it will
The liquid inlet port 451 of the priming device 4 connects electrolyte storing unit (not shown), and the expects pipe of positive plate feeding device 5 is connect
To positive plate storing unit；After equipment starting, electrical machinery of active force 910 works, by power output actuator 9, the liftout
Plate 12 moves up and down, and the upper mold 72 of each ejector beam, closing device 7 is driven to move up and down, and the driving device 342 is also driven simultaneously
It moves and pulls expeller 341；The negative electrode casing feeding device 3, positive plate feeding device 5, positive cover feeding device 6 and discharging
The index dial 302 of the indexing means 30 of device 8 rotates, and the revolving bed station frid 22 of round pipeline 2 rotates；Negative electrode casing is through shaking
The vibration of Moving plate 31 enters in slideway 32, then in the track that slideway 32 drops into 41 upper end of mounting base and positioned at pusher
341 front of block, at this point, the index dial 302 of indexing means 30 just rotates to the position of wherein one second hopper, 303 alignment rail
It sets, and the moving down and act with die pad 12 of driving device 342, drive expeller 341 that negative electrode casing is pushed into first material
In slot 221；Index dial 302 continues to rotate, so that negative electrode casing be driven to rotate, is located at indexing bottom plate 301 when rotating to negative electrode casing
When above first through hole, the revolving bed station frid 22 of round pipeline 2 just also rotates to wherein one first hopper 221 alignment
Index 301 through-hole of bottom plate position, and at this point, the first ejector beam 121 just as die pad 12 moves down in place, by the second hopper
Negative electrode casing in 303 is pressed into the first hopper 221 on revolving bed station frid 22, completion negative electrode casing feeding, on die pad 12
It moves and resets；The continuation of revolving bed station frid 22 is rotated with negative electrode casing, and simultaneously, the motor of priming device 4 works, driving first
Bearing block 44 squeezes topping-up pump 45, when negative electrode casing comes 49 lower section of infundibulate guiding tube as revolving bed station frid 22 rotates
When, the electrolyte in topping-up pump 45 is just squeezed through liquid injecting mouth 452 and liquid injection pipe and along 49 quilt of infundibulate guiding tube
It injects in negative electrode casing；Negative electrode casing after fluid injection is complete continues to rotate with revolving bed station frid 22, meanwhile, positive plate through expects pipe into
Enter the first transmission line 53, positive plate is sent to 341 front of expeller by the first transmission line 53, at this point, wherein the one the of index dial 302
One hopper 221 is just directed at the positive plate, and die pad 12 also just moves down linkage driving device 342 once again, and driving expeller will
Positive plate is pushed into first hopper 221 of the index dial 302 of indexing means 30；Then positive plate with index dial 302 rotation
Then rotation, when the negative electrode casing after fluid injection is complete is rotated below the through-hole for taking the indexing bottom plate 301 of positive plate feeding device 5 to,
The positive plate is just taken to above the through-hole by rotation, at this point, the second ejector beam 122 just moves down the anode in place
Piece overwhelms in the good negative electrode casing of fluid injection, and then die pad moves up reset, and revolving bed station frid 22 is with having pressed positive plate
Negative electrode casing continue to rotate；Meanwhile positive cover is under the vibration of vibrating disc 31, along 32 injection of slideway, and die pad 12
Linkage driving device 342 is moved down again, so that driving device 342 drives expeller is mobile positive cover is being pushed into index dial 302 just
In good and the second hopper 303 of rail alignment, index dial 302 continues to rotate with positive cover；When positive cover is brought to indexing bottom
When the top of 301 first through hole of plate, the negative electrode casing for pressing positive plate, which is rotated, takes 301 first through hole of indexing bottom plate to
Lower section, third ejector beam 123 just move down in place, and by positive cover lid to negative electrode casing, button cell is tentatively completed, then
Die pad 12 moves up reset；Preliminary assembled button cell, with continuing to rotate, works as rotation by revolving bed station board frid 22
When between stripper plate 722 and lower template 713 and to quasi-prepressing formed punch 723, die pad 12 moves down to drive upper mold 72
It moves down, locating rod 725 is first positioned, and preliminary assembled button cell is pressed into lower template down by precompressed formed punch 723
In 713 corresponding lower through-holes 716, and because wherein the upper end of a lower die mandril 715 is located in the lower through-hole 716, quite
Extruding up and down is formed to the preliminary assembled button cell together with lower die mandril 715 in precompressed formed punch 723, to complete
Precompressed movement；Then stripper plate 722 moves up reset with moving up for die pad 12, restoring force of the lower die mandril 715 in spring
It is up moved under effect, so that the button cell after precompressed to be pushed to return to the first hopper 221 of revolving bed station frid 22
It is interior；Button cell after precompressed continues to rotate with revolving bed station frid 22, when rotating to sealing 724 lower section of formed punch, top
Flitch 12 moves down to drive upper mold 72 down, and locating rod 725 is first positioned, and sealing formed punch 724 down will be after precompressed
The button cell indentation corresponding lower through-hole 716 of lower template 713 in, and because the upper end of another lower die mandril 715 is located under this
In through-hole 716, the button cell after the precompressed is formed together with the lower die mandril 715 so being equivalent to sealing formed punch 724
It squeezes up and down, to complete sealing movement, button cell is completely assembled；Then stripper plate 722 is upper with die pad 12
It moves and resets, lower die mandril 715 up moves under the restoring force effect of spring, so that assembled button cell is pushed to return to
In first hopper 221 of revolving bed station frid 22；Assembled button cell continues to rotate with revolving bed station frid 22,
When rotating to the 4th 124 lower section of ejector beam, the 4th ejector beam 124 moves down in place to which assembled button is electric
Pond is pressed into first hopper 221 of the index dial 302 of discharging device 8, and then the 4th ejector beam 124 moves up reset；Group
The button cell installed continues to rotate with index dial 302, when above the through-hole rotated on indexing bottom plate 301, the 5th top
Material bar 84 moves down on the second transmission line 82 for pressing it into discharging device 8 in place, and then the 5th ejector beam 84 is with die pad
12 move up and reset, and the second transmission line 82 transfers out button cell.Such cycle operation.
In conclusion the High-Speed Automatic completion feeding of present invention energy, material transmission, fluid injection, assembling, sealing, discharge process, no
Artificial feeding, single machine completion each process as prior art are needed, thus it is not only high-efficient, and can guarantee product matter, also
It can save labour turnover；In addition, negative electrode casing feeding device 3, the priming device of high-speed rotary button cell assembly line of the present invention
4, positive plate feeding device 5, positive cover feeding device 6, closing device 7, discharging device 8 are all defeated around the circle is set to
Around line sending, so that all devices farthest can be arranged in the smallest place by compact overall structure, do not need to account for too big
Place, further decrease production cost；And the rotation of index dial 302, the rotation of revolving bed station frid 22, each ejector beam
And upper mold 72 is moved up and down by same main force's motor driven, to ensure that the harmony of each process.
Claims (8)
1. a kind of high-speed rotary button cell assembly line, it is characterised in that: including rack, be set in the rack and be used for
The round pipeline of material transmission is set in rack and successively surround on the negative electrode casing being set to around the round pipeline
Expect device, toward inject in negative electrode casing the priming device of electrolyte, positive plate feeding device, positive cover feeding device, closing device,
The discharging device that the button cell processed is discharged, the rack include a workbench, and the circle pipeline includes phase
To the fixed annular materials platform of the workbench, it is rotatably connected in the annular revolving bed of annular materials platform upper end
Station frid, uniformly annular array is provided with first hopper of circle, the negative electrode casing feeding dress on the revolving bed station frid
Set, positive plate feeding device, positive cover feeding device, discharging device include one division device, the indexing means includes one
The fixed indexing bottom plate of the relatively described workbench is rotatably connected in the index dial on the indexing bottom plate, and the indexing
Disk periphery uniform intervals are provided with second hopper of circle, the high-speed rotary button cell assembly line further include be set to it is described
Above round pipeline and opposite can move up and down die pad, be fixedly connected on being used for negative electrode casing feeding of the die pad
Negative electrode casing in the second hopper of device is pressed into the first ejector beam in first hopper, for filling the positive plate feeding
It sets the positive plate in the second hopper and is pressed into the second ejector beam of first hopper, by second hopper of negative electrode casing feeding device
Interior negative electrode casing is pressed into the third ejector beam of first hopper, for sending the button cell processed in first hopper
Enter the 4th ejector beam in second hopper of discharging device, the closing device includes being fixedly connected on the workbench
Lower die, the upper mold of the lower die can be connected to up or down relatively, the upper mold is fixedly connected on the die pad, described
High-speed rotary button cell assembly line further includes being connected to being used to drive the revolving bed station frid, indexing and spiral for rack
The power output actuator for turning and the die pad being driven to move up and down；It is provided among the indexing bottom plate upper surface past
The accommodation groove of lower recess, the index dial are rotatably received in the accommodation groove, and the side of the accommodation groove is provided with
The side of notch, the indexing bottom plate is provided with the first through hole of up and down direction；The indexing means further includes one first transmission
Axis, the upper end of first transmission shaft are fixedly connected after passing through indexing bottom plate with the indexing disk center, and lower end is located at the machine
Below frame workbench；The circle pipeline includes the connecting bottom board being fixedly connected on the workbench, from outside to inside
It is fixedly connected sequentially in ring-shaped platform support, annular bearing seat, circular inner support seat on the connecting bottom board, further includes passing through
Annular frid mounting base that crossed roller bearing is connect with the annular bearing seat is fixedly connected on the annular frid mounting base
The internal gear of inner ring, the upper junction plate for being fixedly connected on circular inner support seat upper end, the revolving bed station frid are fixed
It is connected to the annular frid mounting base upper end, the annular materials platform is fixedly connected on ring-shaped platform support upper end,
The revolving bed station frid is located at annular materials platform upper end, and the top of the upper junction plate is higher than the revolving bed station slot
The top of plate；
The external gear that the circle pipeline further includes a second driving shaft, is fixedly connected on the upside of the second driving shaft, institute
It states second driving shaft and passes through the workbench, connecting bottom board, upper junction plate, and the upper end of the second driving shaft from bottom to top
Be rotatably connected by bearing and the upper junction plate, lower end is located at below rack workbench, the external gear with it is described interior
Gear engagement.
2. high-speed rotary button cell assembly line according to claim 1, it is characterised in that: the negative electrode casing feeding dress
Set further includes the vibrating disc being fixed on the workbench, the slideway connecting with the vibrating disc, a mounting base, the installation
Seat upper surface is provided with the track extended towards round pipeline direction, and the slideway lower end is communicated with the track；Described point
The indexing bottom plate side for spending device is located at the top of the round pipeline revolving bed station frid, and the first through hole is arranged
In indexing bottom plate side, the indexing bottom plate other side is located at mounting base upper surface side, the accommodating of the indexing bottom plate
The notch of slot and the track are connected；The negative electrode casing feeding device further includes one for the negative electrode casing in track to be pushed into second
Material-pulling device in hopper, the material-pulling device include the driving device of an expeller and the driving expeller movement, institute
Expeller is stated to be movably arranged in the track, the driving device be connected on the upper junction plate and with the pusher
Block connection.
3. high-speed rotary button cell assembly line according to claim 2, it is characterised in that: the negative electrode casing feeding dress
Setting further includes the guide rail for being fixedly connected on the mounting base upper end, the sliding block matched with the guide rail, and the expeller is fixed
It is connected to the sliding block；The driving device includes that one end connects the connecting rod of the sliding block, one 7 font transmission arms, a fixed company
It is connected to the transmission arm support of the round pipeline upper junction plate upper end, side upper end is fixedly connected on the die pad lower end
First driver plate；The vertical section lower end of the 7 font transmission arm is articulated in the connecting rod other end, and upper end is articulated in the biography
Swing arm support upper end, the lateral part and first driver plate other side of the 7 font transmission arm are connected by a follower
Connect, when the first driver plate is moved up and down with moving up and down for die pad, the vertical section of the 7 font transmission arm with
Connecting rod is pulled toward towards the direction of round pipeline under the driving of motivation structure.
4. high-speed rotary button cell assembly line according to claim 2 or 3, it is characterised in that: on the positive plate
Material device further includes a bottom plate, two first side plates being fixedly connected on the bottom plate spaced reciprocally, is set to described two the
The first transmission line between side plate, the motor for driving first transmission line being disposed therein on one first side plate,
It is located at the feeding tube of first transmission line side upper end, it is defeated that the indexing bottom plate side of the indexing means is located at the circle
The top of line sending revolving bed station frid, the first through hole are set to indexing bottom plate side, the indexing bottom plate other side
It is fixedly connected on wherein one first side plate；The notch of the indexing bottom plate accommodation groove is communicated with first transmission line other side；
The positive plate feeding device further include one be fixed on wherein one first side plate the second guide rail, be matched with second guide rail
The second sliding block, the positive plate feeding device further comprises a material-pulling device, and wherein the expeller of material-pulling device is solid
Surely it is connected to second sliding block, and indexes the direction of bottom plate accommodation groove notch described in pusher block alignment.
5. high-speed rotary button cell assembly line according to claim 4, it is characterised in that: the discharging device includes
The mounting bracket that is fixedly connected on the rack workbench, two are spaced apart from each other be fixedly connected in the mounting bracket
Two side plates, the second transmission line being set between two second side plates, be connected to wherein one second side plate side for driving institute
The motor of the second transmission line is stated, the index dial side of the indexing means is located under the round pipeline annular materials platform
Side, the indexing bottom plate other side are located above the second transmission line, and the first through hole is set to indexing bottom plate side；The annulation
Expect that corresponding position of the platform below the 4th ejector beam is provided with the perforation in up and down direction；The discharging device further includes fixing
In the 5th top for being pressed onto the button cell processed in the second hopper of indexing means on transmission line of the die pad
Expect bar.
6. high-speed rotary button cell assembly line described according to claim 1 or 2 or 3 or 5, it is characterised in that: described dynamic
Power output transmission includes power output device, connect with the power output device and driven by the power output device
And it the first actuating unit that the die pad that links moves up and down, connect with the power output device and by power output device
It drives and the second actuating unit of link the first transmission shaft of indexing means and round pipeline second driving shaft rotation；It is described
Power output device includes being fixedly connected on the rack and electrical machinery of active force and the master below the workbench
The first helical gear that the motor shaft of power motor is fixedly connected, the second helical gear engaged with first helical gear, upper end with
The third transmission shaft that second helical gear is fixedly connected.
7. high-speed rotary button cell assembly line according to claim 6, it is characterised in that: first power transmission
Device includes a divider, the first driven wheel for being fixedly connected on first transmission shaft of indexing means lower end, is fixedly connected on
Second driven wheel of the second driving shaft lower end, is fixedly connected on the synchronous belt for connecting the first driven wheel and the second driven wheel
The third driven wheel of third transmission shaft lower end；The divider includes the 4th transmission shaft and of a main body and linkage
Five transmission shafts, the 4th transmission shaft lower end stretch out in below the main body, and the 5th transmission shaft upper end stretches out in the master
Above body, the 4th transmission shaft lower end is fixed with the 4th driven wheel, and the 4th driven wheel passes through synchronous with third driven wheel
Band connection, the 5th transmission shaft upper end are fixedly connected with the second driving shaft.
8. the high-speed rotary button cell assembly line according to shown in claim 7, it is characterised in that: second power transmission
Device includes that one end bias is connected to the swing rod of second helical gear upper end, is fixedly connected on the of the workbench lower end
One guide holder, can relative level to being movably attached the lobe plate in first guide holder side, be connected to the lobe plate
And can be moved up and down with moving for lobe plate cam follow-up device, it is multiple interval be fixedly connected on the die pad lower end
Guide post, be fixedly connected on the movable floor of the multiple guide post lower end, the swing rod other end is fixedly connected on the cam
Plate, the cam follow-up device are fixedly connected on the movable floor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610856520.1A CN106328965B (en) | 2016-09-28 | 2016-09-28 | A kind of high-speed rotary button cell assembly line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610856520.1A CN106328965B (en) | 2016-09-28 | 2016-09-28 | A kind of high-speed rotary button cell assembly line |
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| CN106328965B true CN106328965B (en) | 2018-12-18 |
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|---|---|---|---|---|
| CN106935895B (en) * | 2017-02-27 | 2019-06-21 | 杭州普联自动化设备有限公司 | A battery pole piece assembly machine |
| CN108045654B (en) * | 2017-10-20 | 2020-06-12 | 惠州亿纬锂能股份有限公司 | Liquid injection system for lithium battery liquid injection and lithium battery liquid injection equipment thereof |
| CN107792626B (en) * | 2017-11-14 | 2023-07-28 | 宁波必霸能源有限公司 | Positive pole top conveying equipment of button assembled battery |
| CN108199056A (en) * | 2018-02-09 | 2018-06-22 | 山东信湖新能源科技有限公司 | Lithium manganese button cell double-turntable type production line device |
| CN108155395A (en) * | 2018-02-09 | 2018-06-12 | 山东信湖新能源科技有限公司 | Automatic pressure reduction means of lithium manganese button cell carousel formula |
| CN110350233B (en) * | 2019-07-30 | 2024-07-02 | 江西安驰新能源科技有限公司 | Assembling and sealing device for button cell |
| CN111261921B (en) * | 2020-02-11 | 2023-05-30 | 湖南文理学院 | A rotary workbench for assembling button batteries |
| CN111600095B (en) * | 2020-06-03 | 2022-01-11 | 杭州欣驰能源科技有限公司 | Graphene battery pack heat management device |
| CN112652803A (en) * | 2021-01-12 | 2021-04-13 | 广东前蓝科技有限公司 | Automatic liquid injection and sealing integrated machine |
| CN112768715B (en) * | 2021-01-22 | 2024-08-20 | 宜昌力佳科技有限公司 | Dry-method assembling equipment for button cell |
| CN112993495A (en) * | 2021-04-21 | 2021-06-18 | 西联机械技术(无锡)有限公司 | High-flux button cell assembling automation device |
| CN115415766B (en) * | 2022-09-27 | 2023-06-20 | 东莞士格电子集团有限公司 | Integrated assembling equipment for positive electrode shell and negative electrode shell of button cell |
| CN115338632B (en) * | 2022-10-17 | 2023-03-10 | 云南昆船机械制造有限公司 | Rubber ring and metal sheet integrated mounting system |
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| CN206098547U (en) * | 2016-09-28 | 2017-04-12 | 深圳市精实机电科技有限公司 | High -speed rotation type button cell assembly line |
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