CN208254076U - Intelligent transfer formula drying line - Google Patents
Intelligent transfer formula drying line Download PDFInfo
- Publication number
- CN208254076U CN208254076U CN201820808261.XU CN201820808261U CN208254076U CN 208254076 U CN208254076 U CN 208254076U CN 201820808261 U CN201820808261 U CN 201820808261U CN 208254076 U CN208254076 U CN 208254076U
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- drying
- roller conveyor
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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
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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- Drying Of Solid Materials (AREA)
Abstract
The utility model provides a kind of intelligent transfer formula drying line, including more than two mobile monomer drying casees for being used for placing battery, mobile monomer drying case includes the drying box of internal placing battery fixture and the sealing cover body for hermetically drying cabinet upper opening, intelligent transfer formula drying line further includes the battery supplied materials pipeline successively to connect, mobile monomer drying case feeding mould group, transfer formula drying mould group, mobile monomer drying case blanking die group in drying shed, battery output cord in cooling furnace, it further include the uncovered drying box reflux Roller conveyor being set side by side with transfer formula drying mould group and the sealing cover body belt conveyor line positioned at uncovered drying box reflux Roller conveyor upper layer, the intelligence transfer formula drying line compares traditional heated air circulation type tunnel line, drying time is short, be conducive to improve production efficiency, it improves and produces Energy；Temperature uniformity is good, and battery with two side terminals also can be more preferable after baking, is conducive to the performance for improving battery, to promote product competitiveness.
Description
Technical field
The utility model relates to lithium battery processing equipment fields, and in particular to a kind of intelligence transfer formula drying line.
Background technique
Currently, row industry routine lithium battery baking line is all used in battery and is put into battery clamp, then pass through carrying
Battery clamp is transported among tunnel line by system is dried baking, and the volume of vacuum cavity increases manufacture difficulty more greatly
Add, increased costs, for being driven in conventional tunnel line generally using gear drive, be easy to appear maintenance rate height, due to cavity with
It is sealed between cavity using gate valve, so that in terms of maintenance not, it is relatively difficult for the link between probe, it is easy to appear link
The problems such as bad, and production cost is higher.
In view of the above problems, the utility model technical staff after study, there is this case generation then.
Utility model content
In view of the above technical problems, the utility model provides a kind of intelligent transfer formula drying line, compared to traditional hot air circulation
The formula tunnel line dry time is short, is conducive to improve production efficiency, improves production capacity；Temperature uniformity is good, the one of battery after baking
Cause property also can be more preferable, is conducive to the performance for improving battery, to promote product competitiveness；Mobile monomer drying case is relative to tunnel
Road furnace cavity will not generate metallic dust to pollute battery, can further improve the acceptance rate and qualification rate of product；It is dry
If case breaks down, it can pull out and repair from side at any time, energy consumption is lower, and it is more environmentally friendly, it is more long using the time, because energy consumption reduces institute's band
The economic benefit come can be more obvious.
In order to achieve the above objectives, the utility model adopts the following technical solution:
Intelligent transfer formula drying line, including more than two mobile monomer drying casees for being used for placing battery, the movement
Formula monomer drying case includes the drying box of internal placing battery fixture and the sealing cover for hermetically drying cabinet upper opening
Body, the intelligence transfer formula drying line further include the battery supplied materials pipeline successively to connect, mobile monomer drying case feeding mould
Group, transfer formula drying mould group, the mobile monomer drying case blanking die group in drying shed, the battery in cooling furnace are defeated
Outlet further includes the uncovered drying box reflux Roller conveyor being set side by side with transfer formula drying mould group and is located at uncovered drying box
The sealing cover body belt conveyor line on body reflux Roller conveyor upper layer；
It is described movable type monomer drying case feeding mould group include for convey the battery loading Roller conveyor of uncovered drying box,
The battery loading manipulator being fixed on above battery loading roller thread end feeding position, the pan feeding lifting positioned at upper material position side are flat
Platform and the sealing cover shifting mechanical arm being located above lift platform, it is described enter lift platform be equipped with and battery loading
The vertical pan feeding Roller conveyor of Roller conveyor and conducting probe mechanism corresponding with mobile monomer drying case, vacuum docking facilities,
Jacking connecting device is equipped with below the upper material position of the battery loading Roller conveyor, the uncovered drying box is by jacking linking dress
Circulation is set to pan feeding Roller conveyor；The transfer formula drying mould group include it is more than two successively connect have it is dry to mobile monomer
Each shifting apparatus described in the shifting apparatus of dry case vacuum drying function includes at least one vacuum bakeout station, each transfer
Device includes at least one layer, and one group of conducting probe mechanism corresponding with mobile monomer drying case is arranged in each vacuum bakeout station
With vacuum docking facilities, the shifting apparatus includes fixing support rack and is used for mobile monomer drying case is true from upper one
Sky baking station is transmitted to the transfer mechanism of next vacuum bakeout station, the transfer mechanism, conducting probe mechanism and vacuum
Docking facilities are set on the fixing support rack of every layer of shifting apparatus, the front end of first shifting apparatus and the last one shifting
It carries the rear end set and is respectively provided with jacking connecting device, the mobile monomer drying case on the pan feeding Roller conveyor is by jacking linking
Device straight line is transported to first vacuum bakeout station of shifting apparatus, described to be located at the last one vacuum bakeout work of shifting apparatus
The mobile monomer drying case of position is transported on discharging Roller conveyor by jacking connecting device straight line；
The movable type monomer drying case blanking die group includes the lift platform, battery blanking roller out successively to connect
Line further includes positioned at the sealing cover shifting mechanical arm gone out above lift platform and being located at battery blanking roller thread end blanking position
The battery blanking manipulator of top, the lift platform out are equipped with the discharging Roller conveyor vertical with battery blanking Roller conveyor,
Jacking connecting device is equipped with below the lower material position of the battery blanking Roller conveyor, the mobile monomer on the discharging Roller conveyor is dry
Dry case circulates by jacking connecting device to battery blanking Roller conveyor；
The both ends of uncovered drying box reflux Roller conveyor respectively with battery loading Roller conveyor and battery blanking Roller conveyor
Vertical linking, the battery loading Roller conveyor and battery blanking Roller conveyor dock under position with uncovered drying box reflux Roller conveyor
Side is equipped with jacking connecting device, and the uncovered drying box on the uncovered drying box reflux Roller conveyor is by jacking linking dress
Circulation is set to battery loading Roller conveyor, the uncovered drying box on the battery blanking Roller conveyor is by jacking connecting device circulation
To uncovered drying box reflux Roller conveyor；
The sealing cover shifting mechanical arm crawl being located above lift platform is located at sealing cover body belt conveyor line
The sealing cover body of front end is simultaneously put to the uncovered drying box entered on lift platform, described to be located above lift platform
The crawl of sealing cover shifting mechanical arm is located at the sealing cover body of the mobile monomer drying case on lift platform and puts to sealing
On lid belt conveyor line.Further, the fixing support rack includes support baseboard and vertical fixed support baseboard two sides
Support side plate and support baseboard both sides are symmetrically set in for carrying two case supports framves of mobile monomer drying case, institute
It states case supports frame to be fixed between the support baseboard and support side plate, conducting probe mechanism is fixed on the support side plate of side
On, vacuum docking facilities are fixed in the support side plate of the other side, and the transfer mechanism is fixed between two case supports framves
Support baseboard on.
Further, the transfer mechanism includes movable support frame, cam jacking apparatus, lead screw gear and activity
Support plate, what the cam jacking apparatus was centrosymmetric is fixed on movable supporting plate, and the lead screw gear is fixed on
On support baseboard, the cam jacking apparatus driving movable support frame moves up and lifts the movement on fixing support rack
Formula monomer drying case, when movable support frame lifts mobile monomer drying case, lead screw gear drives movable support frame water
It is flat to move forward and mobile monomer drying case is put on the case supports frame of next vacuum bakeout station.
Further, the movable support frame be two-layer side lead to bracket, the movable support frame include upper layer frame,
Lower layer's frame and the support rod for being connected and fixed upper layer frame and lower layer's frame, before upper layer frame, lower layer's frame include
The side bar of symmetrically arranged multiple support beams and two connection support beams afterwards, the upper layer frame further include in center pair
Claim two groups of directive wheels of setting；The cam jacking apparatus include two eccentric wheel support bases being fixed on movable supporting plate,
The eccentric wheel that is set on eccentric wheel support base, both ends are fixedly connected described in the eccentric wheel shaft and driving of two eccentric wheels
The driving motor of eccentric wheel shaft rotation, the eccentric wheel both ends of the drive shaft is fixed on eccentric wheel support base, described two
Eccentric wheel is tangent with two groups of directive wheels on movable support frame respectively, and the upper of movable support frame is realized in eccentric wheel rotation process
Lower movement.
Further, the lead screw gear includes motor, lead screw pair, connector, horizontal linear guide rail, lead screw pair
The output end of lead screw and motor connects, and the screw set in lead screw pair is fixedly connected with the connector and drives the connector edge
Horizontal direction is mobile, and the movable supporting plate is fixedly connected with connector and is slidably connected realization activity branch with horizontal linear guide rail
Support moves horizontally；The movable support frame two sides are symmetrical arranged guiding support device, and setting is solid on the movable supporting plate
Determine column, the guiding support device includes being fixed on the line rail of the side bar side of movable support frame and being fixed on support vertically
Straight-line guide rail slide block on the vertical columns of bottom plate.
Further, every group of directive wheel includes two, described two directive wheels with lower section eccentric wheel is tangent consolidates
Due between two crossbeams of upper layer frame, it is upper that the evacuation position that lower layer's frame is symmetrically arranged with eccentric wheel is located at eccentric wheel
Between layer frame and lower layer's frame.
Further, the jacking connecting device includes lifting body and combining mechanism, and the lifting body includes support
Seat, jacking cylinder, the raising plate above support base, four guide posts and four linear axis for being fixed on support base bottom
It holds, the output axis connection raising plate of the jacking cylinder, one end of four guide posts is separately fixed on raising plate, the branch
Support seat is slidably connected by linear bearing and guide post；The combining mechanism includes at least two closed ring linking carrier bars, is used for
The carrier bar fixed frame of fixed closed loop shaped connector carrier bar, passes through transmission at the driving gear coupled by coupling spindle with driving motor
The first driven gear that chain couples with driving gear passes through the second driven tooth that transmission shaft coaxially couples with the first driven gear
Wheel, second driven wheel are at least two, and the both ends of the transmission shaft are fixed on carrier bar fixed frame, second driven tooth
Wheel is fixed on the both ends of transmission shaft, is equipped with a pair of edge-on limit plate, the edge-on limit in the two sides of the carrier bar fixed frame
At least three tensioning wheels are fixed on the plate of position, three tensioning wheels make closed ring be connected carrier bar holding with the second driven wheel
Horizontal conveyor.
Further, the transfer formula drying mould group is the double-deck shifting apparatus composition, the lift platform, pan feeding liter out
It drops and is equipped with lift drive mechanism below platform, the lift drive mechanism drives out lift platform, enters lift platform lifting
It is connected the double-deck shifting apparatus with straight line respectively.
Further, the drying shed includes drying shed transitional storehouse, and the lift platform out is located at lift platform
The rear end of the sealing cover shifting mechanical arm of top, sealing cover body belt conveyor line and uncovered drying box reflux Roller conveyor is located at
In drying shed transitional storehouse, the front side of the drying shed transitional storehouse is equipped with mobile monomer drying case discharging window, sealing cover body returns
Window, the uncovered drying box reflux window positioned at sealing cover body reflux window lower layer are flowed, is set on rear side of the drying shed transitional storehouse
There are uncovered drying box discharging window corresponding with mobile monomer drying case discharging window, the drying shed transitional storehouse rear side
Equipped with uncovered drying box reflux window corresponding with the uncovered drying box reflux window on front side of the drying shed transitional storehouse, institute
It states window and is respectively provided with automatic seal door.
Further, the battery supplied materials pipeline, mobile monomer drying case feeding mould group, transfer formula drying mould group,
Mobile monomer drying case blanking die group in drying shed, the battery output cord in cooling furnace are set side by side two
It is a, and the two sides of uncovered drying box reflux Roller conveyor are symmetrically positioned in form two intelligent transfer formula drying lines.
It has the following technical effect that by adopting the above technical scheme
1, the intelligence transfer formula drying line compares traditional heated air circulation type tunnel line, and the dry time is short, generally short by 1~
2h is more advantageous to offer production efficiency, improves production capacity；
2, the space of mobile monomer drying case is far smaller than traditional drying case, and space temperature uniformity is good, and temperature is uniform
Property ± 2 DEG C, battery with two side terminals also can be more preferable after baking, can improve 21.3% by test, be conducive to improve battery performance,
To promote product competitiveness；
3, the intelligence transfer formula drying line is using mobile monomer drying case, compared to traditional heated air circulation type tunnel line in tunnel
The transmission of road furnace cavity, will not generate metallic dust to pollute battery, can further improve the acceptance rate and qualification rate of product；
4, transfer formula drying mould group is successively connected dry with vacuumizing to mobile monomer drying case using two or more
The shifting apparatus of dry function can be pulled out at any time from side and be repaired, can quickly carry out vulnerable part replacement, not influence if breaking down
Production capacity；
5, lower compared to traditional heated air circulation type tunnel line energy consumption, it is more environmentally friendly, it is more long using the time, because energy consumption reduces band
The economic benefit come can be more obvious；
6, overall structure module is dismantled, is assembled, transporting, debugging convenient and efficient, saving manufacturing cost and debugging cycle；
7, compared with traditional Baking furnace+robot, by 235 ㎡ of original required drying shed, 130 ㎡ are reduced to.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model intelligence transfer formula drying line；
Fig. 2 is the structural schematic diagram of the mobile monomer drying case feeding mould group of the utility model；
Fig. 3 is the structural schematic diagram of the mobile monomer drying case blanking die group of the utility model；
Fig. 4 is the structural schematic diagram of the shifting apparatus of the utility model；
Fig. 5 is the structural schematic diagram of the transfer mechanism of the utility model；
Fig. 6 is the structural schematic diagram of the cam jacking apparatus of the utility model；
Fig. 7 is the structural schematic diagram of the mobile monomer drying case of the utility model；
Fig. 8 is the structural schematic diagram of the jacking connecting device of the utility model；
Fig. 9 is the structural schematic diagram of jacking another angle of connecting device of the utility model；
In figure: mobile monomer drying case -10；Sealing cover body -101；Battery supplied materials pipeline -1；Mobile monomer drying
Case feeding mould group -2；Battery loading Roller conveyor -21；Battery loading manipulator -22；Enter lift platform -23；Pan feeding Roller conveyor-
24；Transfer formula drying mould group -3；Shifting apparatus -31；Fixing support rack -32；Transfer mechanism -33；Movable support frame -34；Guiding
Wheel -341；Guiding support device -342；Cam jacking apparatus -35；Eccentric wheel support base -351；Eccentric wheel -352；Eccentric wheel passes
Moving axis -353；Lead screw gear -36；Movable supporting plate -37；Conducting probe mechanism -38；Vacuum docking facilities -39；It is mobile
Monomer drying case blanking die group -4；Lift platform -41 out；Battery blanking Roller conveyor -42；Battery blanking manipulator -43；Discharging
Roller conveyor -44；Battery output cord -5；Uncovered drying box reflux Roller conveyor -6；Sealing cover body belt conveyor line -7；Jacking linking
Device -8；Support base -81；Jacking cylinder -82；Raising plate -83；Closed ring is connected carrier bar -84；Carrier bar fixed frame -85；It is edge-on
Limit plate -86；Tensioning wheel -87；First driven gear -88；Second driven gear -89；Sealing cover shifting mechanical arm -9.
Specific embodiment
The preferred embodiment of the utility model is described in detail with reference to the accompanying drawing.
In conjunction with Fig. 1-9, intelligence transfer formula drying line provided by the utility model includes more than two for placing battery
Mobile monomer drying case 10, the drying box of mobile monomer drying case 10 including internal placing battery fixture and for sealing
The sealing cover body 101 of drying box upper opening, sealing cover body 101 is by seal washer and self gravity is realized and drying box
Sealed connection, mobile 10 side of monomer drying case be equipped with vacuumize interface module, conductive contact component；Intelligent transfer formula is dry
Dry line further includes the battery supplied materials pipeline 1 successively to connect, mobile monomer drying case feeding mould group 2, transfer formula drying mould group
3, the mobile monomer drying case blanking die group 4 in drying shed, the battery output cord 5 in cooling furnace, further include with
The uncovered drying box reflux Roller conveyor 6 and be located at uncovered drying box reflux roller that transfer formula drying mould group 3 is set side by side
The sealing cover body belt conveyor line 7 on line upper layer；
Wherein, mobile monomer drying case feeding mould group 2 includes the battery loading roller for conveying uncovered drying box
Line 21, the battery loading manipulator 22 being fixed on above battery loading roller thread end feeding position, positioned at entering for upper material position side
Lift platform 23 and the sealing cover shifting mechanical arm 9 being located above lift platform, enter lift platform 23 and are equipped with
And the vertical pan feeding Roller conveyor 24 of battery loading Roller conveyor 21 and conducting probe machine corresponding with mobile monomer drying case 10
Structure, vacuum docking facilities, vacuum docking facilities and conducting probe mechanism and drying box automatic butt are present technologies, pass through cylinder
Or automatic butt can be achieved in the drivings such as motor, therefore is not described in detail, conducting probe mechanism and mobile monomer drying
The conductive contact of case side connects the battery clamp electrified regulation made in mobile monomer drying case, vacuum docking facilities with
Vacuumizing after interface module docks for mobile 10 side of monomer drying case automatically vacuumizes drying box by solenoid valve, battery
Jacking connecting device 8 is equipped with below the upper material position of feeding Roller conveyor 21, uncovered drying box is by jacking the circulation of connecting device 8 extremely
Pan feeding Roller conveyor 24；
Transfer formula drying mould group 3 has including what two or more successively connected to mobile monomer drying case vacuum drying
The shifting apparatus 31 of function, shifting apparatus 31 include fixing support rack 32 and for by mobile monomer drying case 10 from upper one
The transfer being transmitted on the fixing support rack 32 of a vacuum bakeout station on the fixing support rack 32 of next vacuum bakeout station
Mechanism 33, fixing support rack 32 is including support baseboard 321 and the vertical support side plate 322 for fixing support baseboard two sides and symmetrically
It is used to carry two case supports framves 323 of mobile monomer drying case 10, case supports frame 323 set on support baseboard both sides
It is fixed between support baseboard 321 and support side plate 322；Each shifting apparatus 31 include upper layer and lower layer, out lift platform 41,
Enter and be equipped with lift drive mechanism below lift platform 23, lift drive mechanism drives out lift platform 41, pan feeding lifting flat
The lifting of platform 23 efficiently uses space occupied to distinguish straight line linking upper layer and lower layer shifting apparatus 31；Each shifting apparatus 31 includes 4
One group of conducting probe mechanism corresponding with mobile monomer drying case 10 is arranged in a vacuum bakeout station, each vacuum bakeout station
38 and vacuum docking facilities 39, conducting probe mechanism 38 be fixed in the support side plate 322 of side, vacuum docking facilities 39 are fixed
In in the support side plate 322 of the other side；Transfer mechanism 33 is fixed on support baseboard 321, and transfer mechanism 33 is located at two cabinets
Between support frame 323, jacking is fixedly installed in the rear end of the front end of first shifting apparatus 31 and the last one shifting apparatus 31
Connecting device 8, the jacking connecting device 8 are fixed on support baseboard 321；Mobile monomer drying case on pan feeding Roller conveyor 24
10 are transported to first vacuum bakeout station of shifting apparatus 31 by jacking 8 straight line of connecting device, are located at shifting apparatus 31 most
The mobile monomer drying case 10 of the latter vacuum bakeout station is transported to by jacking 8 straight line of connecting device is located at discharging work
On discharging Roller conveyor 44 on platform；
Mobile monomer drying case blanking die group 4 includes the lift platform 41, battery blanking Roller conveyor out successively to connect
42, it further include positioned at the sealing cover shifting mechanical arm 9 for going out 41 top of lift platform and being located under battery blanking roller thread end
Battery blanking manipulator 43 above material position, lift platform 41 is equipped with the discharge roller vertical with battery blanking Roller conveyor 42 out
The lower material position lower section of cylinder line 44, battery blanking Roller conveyor 42 is equipped with jacking connecting device 8, the movable type list to discharge on Roller conveyor 44
Body drying box 10 is by jacking connecting device 8 circulation to battery blanking Roller conveyor 42；
Uncovered drying box reflux Roller conveyor 6 includes uncovered drying box reflux Roller conveyor 6, the reflux rolling of uncovered drying box
The both ends of cylinder line 6 respectively with battery loading Roller conveyor 21 and battery blanking Roller conveyor 42 is vertical is connected, battery loading Roller conveyor 21
It is docked with battery blanking Roller conveyor 42 with uncovered drying box reflux Roller conveyor 6 and is equipped with jacking connecting device 8, nothing below position
The uncovered drying box that lid drying box flows back on Roller conveyor 6 circulates by jacking connecting device 8 to battery loading Roller conveyor 21,
Uncovered drying box on battery blanking Roller conveyor 42 is by jacking connecting device 8 circulation to uncovered drying box reflux Roller conveyor
6；
Sealing cover body belt conveyor line 7 includes the sealing cover body belt positioned at uncovered drying box reflux 6 upper layer of Roller conveyor
Pipeline 7, the crawl of sealing cover shifting mechanical arm 9 being located at into 23 top of lift platform are located at sealing cover body belt conveyor line 7
The sealing cover body 101 of front end is simultaneously put to the uncovered drying box entered on lift platform 23, is located on lift platform 41 out
The crawl of sealing cover shifting mechanical arm 9 of side is located at the sealing cover body of the mobile monomer drying case 10 on lift platform 41
It 101 and puts to sealing cover body belt conveyor line 7.
In the present embodiment, as shown in figure 5, transfer mechanism 33 includes movable support frame 34, cam jacking apparatus 35, lead screw biography
Dynamic device 36 and movable supporting plate 37, what cam jacking apparatus 35 was centrosymmetric is fixed on movable supporting plate 37, lead screw
Transmission device 36 is fixed on support baseboard 321；Movable support frame 34 is that the side of two-layer leads to bracket, and movable support frame 34 includes
Upper layer frame and lower layer's frame disposed in parallel and the support rod for being connected and fixed upper layer frame and lower layer's frame, and before including
The side bar of symmetrically arranged multiple support beams and two connection support beams afterwards, upper layer frame further includes being centrosymmetric to set
The two groups of directive wheels 341 set, every group of directive wheel 341 include two, the tangent fixation with lower section eccentric wheel of two directive wheels 341
Between two crossbeams of upper layer frame, the evacuation position that lower layer's frame is symmetrically arranged with eccentric wheel makes eccentric wheel 341 be located at upper layer
Between frame and lower layer's frame；Lead screw gear 36 includes motor, lead screw pair, connector, horizontal linear guide rail, lead screw pair
The output end of lead screw and motor connects, and the screw set in lead screw pair is fixedly connected with the connector and drives the connector edge
Horizontal direction is mobile, and movable supporting plate 37, which is fixedly connected with connector and is slidably connected with horizontal linear guide rail, realizes movable supporting
Frame 34 moves horizontally；Cam jacking apparatus 35 drives movable support frame 34 to move up and lift on fixing support rack 32
Mobile monomer drying case 10, when movable support frame 34 lifts mobile monomer drying case 10, lead screw gear 36 drive
Dynamic movable support frame 34 moves horizontally forward and mobile monomer drying case 10 is put in the cabinet of next vacuum bakeout station
On support frame 323, the transfer mechanism delicate structure, main structure use side leads to bracket, at low cost, technology maturation.
In the present embodiment, as shown in fig. 6, cam jacking apparatus 35 includes two bias being fixed on movable supporting plate 37
Wheel support base 351, the eccentric wheel 352 being set on eccentric wheel support base 351, both ends are fixedly connected with the eccentric wheel of two eccentric wheels
Transmission shaft 353 and the driving motor of the driving eccentric wheel shaft rotation, eccentric 353 both ends of wheel shaft are fixed on bias
It takes turns on support base 351, two eccentric wheels 352 are tangent with two groups of directive wheels 341 on movable support frame 34 respectively, in eccentric wheel
Moving up and down for movable support frame 34 is realized in 352 rotation processes.
Preferably, as shown in figure 5,34 two sides of movable support frame are symmetrical arranged guiding support device 342, movable supporting plate 37
Upper setting vertical columns, guiding support device 342 include being fixed on the line rail of 34 side bar side of movable support frame and consolidating vertically
The straight-line guide rail slide block being scheduled on the vertical columns of support baseboard, the guiding support device 342 drive in cam jacking apparatus 35
When movable support frame 34 moves up and down, the line rail of 34 side bar side of movable support frame is sliding relative to the linear guide on vertical columns
Block moves up and down, and enhances the robust motion and durability of movable support frame 34.
Preferably, as shown in Figure 8,9, jacking connecting device 8 includes lifting body and combining mechanism, and lifting body includes branch
It is straight to support seat 81, the jacking cylinder 82 of fixed supporting seat bottom, 83, four guide posts of raising plate above support base and four
Spool is held, and the output axis connection raising plate 83 of jacking cylinder, one end of four guide posts is separately fixed on raising plate 83, support base
81 are slidably connected by linear bearing and guide post；Combining mechanism includes two closed ring linking carrier bars 84, is used for fixed closed
The carrier bar fixed frame 85 of loop shaped connector carrier bar, the driving gear coupled with driving motor by coupling spindle, by driving chain with
First driven gear 88 of driving gear connection passes through the second driven gear that transmission shaft coaxially couples with the first driven gear 88
89, the second driven gear 89 is at least two, and the both ends of transmission shaft are fixed on carrier bar fixed frame 85, and the second driven gear 89 is solid
Due to the both ends of transmission shaft, a pair of edge-on limit plate 86, the edge-on limit plate 86 are equipped in the two sides of carrier bar fixed frame 85
On be fixed at least three tensioning wheels 87, three tensioning wheels 87 closed ring be connected carrier bar 84 to protect with the second driven gear 89
Hold horizontal conveyor.The jacking combining mechanism 8 is connected using carrier bar straight line, can be good at keeping the flat of mobile monomer drying case
Stability.
In the present embodiment, drying shed includes drying shed transitional storehouse, out lift platform, above lift platform out
The rear end of sealing cover transfer machinery 9, sealing cover body belt conveyor line 7 and uncovered drying box reflux Roller conveyor 6 is located at drying
In room transitional storehouse, the front side of drying shed transitional storehouse is equipped with mobile monomer drying case discharging window, sealing cover body reflux window, position
In the uncovered drying box reflux window of sealing cover body reflux window lower layer, drying shed transitional storehouse rear side is equipped with and mobile monomer
The corresponding uncovered drying box discharging window of drying box discharging window, drying shed transitional storehouse rear side also are provided with and the drying shed mistake
The corresponding uncovered drying box reflux window of uncovered drying box reflux window on front side of storehouse is crossed, window is respectively provided with automatic-sealed
Door, can preferably keep the temperature and humidity of drying shed.
Preferably, battery supplied materials pipeline 1, mobile monomer drying case feeding mould group 2, transfer formula drying mould group 3, be located at
Mobile monomer drying case blanking die group 4 in drying shed, the battery output cord 5 in cooling furnace are set side by side two,
And the two sides of uncovered drying box reflux Roller conveyor 6 are symmetrically positioned in form two intelligent transfer formula drying lines.
By adopting the above technical scheme, specific workflow are as follows:
Material loading part:
The end of battery supplied materials pipeline 1 is equipped with barcode scanning gun, and the battery through barcode scanning NG is put into barcode scanning NG and keeps in line, through barcode scanning
The battery of OK is clamped by battery loading manipulator 22 and places the movable type list of the material position on 21 end of battery loading Roller conveyor
In the battery clamp of the uncovered drying box of body drying box 10, several heating plates, adjacent heating plate is arranged in interval in battery clamp
Between formed battery placement space, complete battery loading after, by below material position on battery loading Roller conveyor 21 jacking be connected
Device 8, which lifts the uncovered drying box of mobile monomer drying case 10 and is delivered to, enters lift platform positioned at upper material position side
On 23, enter the uncovered drying box that the pan feeding Roller conveyor 25 on lift platform 23 accesses mobile monomer drying case, be located at into
The crawl of sealing cover shifting mechanical arm 9 of 23 top of lift platform is located at the sealing cover body of 7 front end of sealing cover body belt conveyor line
It 101 and puts to the uncovered drying box entered on lift platform 23, so that mobile monomer drying case 10 forms seal case；
Then it is vacuumized by entering the vacuum docking facilities on lift platform 23, conducting probe mechanism with mobile monomer drying case 10
Interface module, conductive contact component successively dock, and make vacuum pump to mobile monomer drying case by vacuum docking facilities first
10, which carry out forvacuum, detects leakproofness, while making the mobile energization of monomer drying case 10 be to test by conducting probe device
No the bad phenomenons such as short interruption occur, if testing one of them as NG, scene prompt alarm is manually mobile by NG with fork truck
Formula monomer drying case is taken away, and if OK, then the pan feeding Roller conveyor 25 entered on lift platform is defeated by mobile monomer drying case 10
It is sent into the double-deck shifting apparatus upper layer or the lower layer's (alternatively up and down) of transfer formula drying mould group 3；
Transfer formula drying nest:
The movable type that jacking combining mechanism 8 access positioned at first 31 front end of shifting apparatus comes from material loading part conveying is single
Body drying box 10 drives raising plate 83 to rise so that the combining mechanism being located on raising plate accesses movement by jacking cylinder 82 first
Formula monomer drying case 10 is simultaneously placed in first vacuum bakeout station, in place after, jacking cylinder 82 drive raising plate 83 decline make
It obtains mobile monomer drying case 10 to be placed on the case supports frame 323 of shifting apparatus 31, positioned at the vacuum of vacuum bakeout station
Successively with mobile monomer drying case automatic butt, mobile monomer drying case is initially powered up for docking facilities and conducting probe mechanism
With vacuumize, in mobile monomer drying case battery heating 9.6 minutes predetermined times (according to the process time difference, selection
The specific period), to the dry completion of battery, conducting probe mechanism, vacuum docking facilities are successively disconnected with mobile monomer drying case
Connection is opened, the movable type monomer drying case 10 is then sent to next vacuum bakeout station by transfer mechanism 33 and is carried out again
Vacuum drying；Firstly, driving movable support frame 34 to move up by the cam jacking apparatus 35 of transfer mechanism 33 and lifting position
In the mobile monomer drying case 10 on fixing support rack 32, when movable support frame 34 lifts mobile monomer drying case 10,
Lead screw gear 36 drives movable support frame 34 to move and be put in mobile monomer drying case 10 next true horizontally forward
On the case supports frame 323 of sky baking station, repeatedly, until after the last one vacuum bakeout station completes drying, the shifting
Battery vacuum bakeout in dynamic formula monomer drying case 10 finishes and enters mobile monomer drying case blanking die group 4, each movement
Battery in formula monomer drying case 10 vacuumizes baking by the multiple short time, dry compared to traditional heated air circulation type tunnel line
Time is short, and general short 1~2h is more advantageous to offer production efficiency, improves production capacity；Each bilayer shifting apparatus has 8 vacuum to dry
Roasting station, (up and down each four) composition, whole drying mould group are made of multiple shifting apparatus；
Blanking part:
Mobile monomer drying case 10 positioned at 3 the last one vacuum bakeout station of transfer formula drying mould group is by jacking rank
8 straight line of connection device is transported on the discharging Roller conveyor 44 for being located on lift platform 41, above lift platform out
Sealing cover shifting mechanical arm 9 crawl be located at lift platform on mobile monomer drying case sealing cover body 101 and put to
On sealing cover body belt conveyor line 7, then by discharging Roller conveyor 44 and below battery blanking roller thread end blanking position
The linking of 8 straight line of connecting device is jacked, mobile monomer drying case 10 is transported to battery blanking Roller conveyor 42, then by being located at electricity
Battery blanking manipulator 9 above pond blanking roller thread end blanking position exports battery blanking to the battery being located in cooling furnace
On line 5.
Refluxing portion:
The crawl of sealing cover shifting mechanical arm 9 above lift platform 41 out is located at the shifting on lift platform 41
The sealing cover body 101 of dynamic formula monomer drying case 10 is simultaneously put to sealing cover body belt conveyor line 7, on battery blanking Roller conveyor 42
Uncovered drying box circulates by jacking connecting device 8 to uncovered drying box reflux Roller conveyor 6, then by uncovered drying box
Uncovered drying box on reflux Roller conveyor 6 continues electricity by jacking connecting device 8 circulation to battery loading Roller conveyor 21
Pond feeding so far completes the reflux of the entire process of mobile monomer drying case.
The above is only preferred embodiments of the present invention, are not intended to limit the utility model, for ability
For the technical staff in domain, various modifications and changes may be made to the present invention.It is all the spirit and principles of the utility model it
Interior, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. intelligent transfer formula drying line, which is characterized in that the mobile monomer drying casees of placing battery are used for including two or more,
The movable type monomer drying case includes the drying box of internal placing battery fixture and for hermetically drying cabinet upper opening
Sealing cover body, the intelligence transfer formula drying line further includes the battery supplied materials pipeline successively to connect, mobile monomer drying
Case feeding mould group, the mobile monomer drying case blanking die group in drying shed, is located in cooling furnace transfer formula drying mould group
Battery output cord, further include be set side by side with transfer formula drying mould group uncovered drying box reflux Roller conveyor and be located at nothing
The sealing cover body belt conveyor line on lid drying box reflux Roller conveyor upper layer；
The movable type monomer drying case feeding mould group includes for conveying the battery loading Roller conveyor of uncovered drying box, fixation
Battery loading manipulator above battery loading roller thread end feeding position, positioned at upper material position side enter lift platform with
And be located at the sealing cover shifting mechanical arm above lift platform, it is described enter lift platform be equipped with and battery loading roller
The vertical pan feeding Roller conveyor of line and conducting probe mechanism corresponding with mobile monomer drying case, vacuum docking facilities, it is described
Jacking connecting device is equipped with below the upper material position of battery loading Roller conveyor, the uncovered drying box is by jacking connecting device stream
Go to pan feeding Roller conveyor；The transfer formula drying mould group include it is more than two successively connect have to mobile monomer drying case
The shifting apparatus of vacuum drying function, each shifting apparatus include at least one vacuum bakeout station, each transfer dress
Set including at least one layer, each vacuum bakeout station be arranged one group of conducting probe mechanism corresponding with movable type monomer drying case and
Vacuum docking facilities, the shifting apparatus include fixing support rack and for by mobile monomer drying case from a upper vacuum
Baking station is transmitted to the transfer mechanism of next vacuum bakeout station, the transfer mechanism, conducting probe mechanism and vacuum pair
Connection device is set on the fixing support rack of every layer of shifting apparatus, the front end of first shifting apparatus and the last one transfer
The rear end of device is respectively provided with jacking connecting device, and the mobile monomer drying case on the pan feeding Roller conveyor is by jacking linking dress
First vacuum bakeout station that straight line is transported to shifting apparatus is set, it is described to be located at the last one vacuum bakeout station of shifting apparatus
Mobile monomer drying case by jacking connecting device straight line be transported to discharging Roller conveyor on；
The movable type monomer drying case blanking die group includes the lift platform, battery blanking Roller conveyor out successively to connect, also
Including the sealing cover shifting mechanical arm for being located above lift platform and it is located above battery blanking roller thread end blanking position
Battery blanking manipulator, it is described go out lift platform be equipped with the discharging Roller conveyor vertical with battery blanking Roller conveyor, it is described
Jacking connecting device, the mobile monomer drying case on the discharging Roller conveyor are equipped with below the lower material position of battery blanking Roller conveyor
It circulates by jacking connecting device to battery blanking Roller conveyor；
The both ends of the uncovered drying box reflux Roller conveyor are vertical with battery loading Roller conveyor and battery blanking Roller conveyor respectively
The lower section that linking, the battery loading Roller conveyor and battery blanking Roller conveyor dock position with uncovered drying box reflux Roller conveyor is equal
Equipped with jacking connecting device, the uncovered drying box on the uncovered drying box reflux Roller conveyor is by jacking connecting device stream
Battery loading Roller conveyor is gone to, the uncovered drying box on the battery blanking Roller conveyor circulates by jacking connecting device to nothing
Lid drying box reflux Roller conveyor；
The sealing cover shifting mechanical arm crawl being located above lift platform is located at sealing cover body Belt Conveying line front end
Sealing cover body and put to the uncovered drying box entered on lift platform, it is described be located at lift platform above sealing
The crawl of lid shifting mechanical arm is located at the sealing cover body of the mobile monomer drying case on lift platform and puts to sealing cover body
On belt conveyor line.
2. intelligence transfer formula drying line according to claim 1, which is characterized in that the fixing support rack includes support bottom
The support side plate of plate and vertical fixed support baseboard two sides and to be symmetrically set in support baseboard both sides mobile single for carrying
Two case supports framves of body drying box, the case supports frame are fixed between the support baseboard and support side plate, conductive
Probe mechanism is fixed in the support side plate of side, and vacuum docking facilities are fixed in the support side plate of the other side, the transfer
Mechanism is fixed on the support baseboard between two case supports framves.
3. intelligence transfer formula drying line according to claim 2, which is characterized in that the transfer mechanism includes movable supporting
Frame, cam jacking apparatus, lead screw gear and movable supporting plate, what the cam jacking apparatus was centrosymmetric is fixed on
On movable supporting plate, the lead screw gear is fixed on support baseboard, and the cam jacking apparatus drives movable support frame
The mobile monomer drying case on fixing support rack is moved up and lifted, is done when movable support frame lifts mobile monomer
When dry case, lead screw gear driving movable support frame is moved horizontally forward and is put in mobile monomer drying case next true
On the case supports frame of sky baking station.
4. intelligence transfer formula drying line according to claim 3, which is characterized in that the movable support frame is two-layer
The logical bracket in side, the movable support frame include upper layer frame, lower layer's frame and are connected and fixed upper layer frame and lower layer's frame
Support rod, the upper layer frame, lower layer's frame include the symmetrically arranged multiple support beams in front and back and two connection supports
The side bar of crossbeam, the upper layer frame further include the two groups of directive wheels of setting of being centrosymmetric；The cam jacking apparatus includes
Two eccentric wheel support bases being fixed on movable supporting plate, the eccentric wheel being set on eccentric wheel support base, the fixed company in both ends
It connects the eccentric wheel shaft of two eccentric wheels and the driving motor of the driving eccentric wheel shaft rotation, the eccentric wheel passes
End shaft is fixed on eccentric wheel support base, described two eccentric wheels respectively with two groups of directive wheel phases on movable support frame
It cuts, moving up and down for movable support frame is realized in eccentric wheel rotation process.
5. intelligence transfer formula drying line according to claim 4, which is characterized in that the lead screw gear includes electricity
Machine, lead screw pair, connector, horizontal linear guide rail, the lead screw of lead screw pair and the output end of motor connect, the screw set in lead screw pair
It is fixedly connected with the connector and the connector is driven to move in the horizontal direction, the movable supporting plate is fixed with connector
It connects and is slidably connected with horizontal linear guide rail and realize moving horizontally for movable support frame；The movable support frame two sides are symmetrically set
Guiding support device is set, vertical columns are set on the movable supporting plate, the guiding support device includes being fixed on movable branch
The line rail of the side bar side of support and the straight-line guide rail slide block being fixed on the vertical columns of support baseboard vertically.
6. intelligence transfer formula drying line according to claim 5, which is characterized in that every group of directive wheel includes two,
Described two directive wheels are with lower section eccentric wheel between tangent two crossbeams for being fixed on upper layer frame, lower layer's frame pair
The evacuation position for being equipped with eccentric wheel is claimed to make eccentric wheel between upper layer frame and lower layer's frame.
7. intelligence transfer formula drying line according to claim 1-6, which is characterized in that the jacking connecting device
Including lifting body and combining mechanism, the lifting body includes support base, the jacking cylinder for being fixed on support base bottom, is located at
Raising plate, four guide posts and four linear bearings above support base, the output axis connection raising plate of the jacking cylinder are described
One end of four guide posts is separately fixed on raising plate, and the support base is slidably connected by linear bearing and guide post；The rank
Connection mechanism include at least two closed rings linking carrier bars, for fixed closed loop shaped connector carrier bar carrier bar fixed frame, pass through
Driving gear that coupling spindle couples with driving motor, the first driven gear coupled by driving chain with driving gear, with the
One driven gear passes through the second driven gear that transmission shaft coaxially couples, and second driven wheel is at least two, the transmission
The both ends of axis are fixed on carrier bar fixed frame, and second driven gear is fixed on the both ends of transmission shaft, solid in the carrier bar
The two sides for determining frame are equipped with a pair of edge-on limit plate, are fixed at least three tensioning wheels on the edge-on limit plate, and described three
Tensioning wheel makes closed ring be connected carrier bar holding horizontal conveyor with the second driven wheel.
8. intelligence transfer formula drying line according to claim 7, which is characterized in that the transfer formula drying mould group is bilayer
Shifting apparatus composition, the lift platform out enter to be equipped with lift drive mechanism, the elevator drive machine below lift platform
Structure drives out lift platform, enters lift platform lifting to distinguish the double-deck shifting apparatus of straight line linking.
9. intelligence transfer formula drying line according to claim 8, which is characterized in that the drying shed includes drying shed transition
Storehouse, the lift platform, the sealing cover shifting mechanical arm above lift platform out, sealing cover body belt conveyor line out
And the rear end of uncovered drying box reflux Roller conveyor is located in drying shed transitional storehouse, the front side of the drying shed transitional storehouse is equipped with
Mobile monomer drying case discharging window, sealing cover body reflux window, positioned at sealing cover body reflux window lower layer uncovered it is dry
Cabinet reflux window, it is dry that the drying shed transitional storehouse rear side is equipped with uncovered corresponding with mobile monomer drying case discharging window
Cabinet discharging window, the drying shed transitional storehouse rear side also is provided with and the uncovered drying box on front side of the drying shed transitional storehouse returns
The corresponding uncovered drying box reflux window of window is flowed, the window is respectively provided with automatic seal door.
10. intelligent transfer formula drying line according to claim 8 or claim 9, which is characterized in that the battery supplied materials pipeline,
Mobile monomer drying case feeding mould group, transfer formula drying mould group, the mobile monomer drying case blanking die in drying shed
Group, the battery output cord in cooling furnace are set side by side two, and are symmetrically positioned in uncovered drying box reflux Roller conveyor
Two sides are to form two intelligent transfer formula drying lines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820808261.XU CN208254076U (en) | 2018-05-24 | 2018-05-24 | Intelligent transfer formula drying line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820808261.XU CN208254076U (en) | 2018-05-24 | 2018-05-24 | Intelligent transfer formula drying line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208254076U true CN208254076U (en) | 2018-12-18 |
Family
ID=64652488
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820808261.XU Withdrawn - After Issue CN208254076U (en) | 2018-05-24 | 2018-05-24 | Intelligent transfer formula drying line |
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| Country | Link |
|---|---|
| CN (1) | CN208254076U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109916174A (en) * | 2019-03-20 | 2019-06-21 | 深圳市腾达工业自动设备有限公司 | A kind of quiescence in high temperature furnace |
| CN110350231A (en) * | 2019-07-05 | 2019-10-18 | 深圳市腾达工业自动设备有限公司 | A kind of laneway type quiescence in high temperature line |
| CN116689263A (en) * | 2023-07-28 | 2023-09-05 | 昆山晟成光电科技有限公司 | Rapid vacuum dryer for coated solar cell |
-
2018
- 2018-05-24 CN CN201820808261.XU patent/CN208254076U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109916174A (en) * | 2019-03-20 | 2019-06-21 | 深圳市腾达工业自动设备有限公司 | A kind of quiescence in high temperature furnace |
| CN110350231A (en) * | 2019-07-05 | 2019-10-18 | 深圳市腾达工业自动设备有限公司 | A kind of laneway type quiescence in high temperature line |
| CN110350231B (en) * | 2019-07-05 | 2022-05-03 | 深圳市腾达工业自动设备有限公司 | Tunnel type high-temperature standing line |
| CN116689263A (en) * | 2023-07-28 | 2023-09-05 | 昆山晟成光电科技有限公司 | Rapid vacuum dryer for coated solar cell |
| CN116689263B (en) * | 2023-07-28 | 2023-11-03 | 昆山晟成光电科技有限公司 | Rapid vacuum dryer for coated solar cell |
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