CN109585934A - A kind of battery Preparation equipment - Google Patents
A kind of battery Preparation equipment Download PDFInfo
- Publication number
- CN109585934A CN109585934A CN201910051136.8A CN201910051136A CN109585934A CN 109585934 A CN109585934 A CN 109585934A CN 201910051136 A CN201910051136 A CN 201910051136A CN 109585934 A CN109585934 A CN 109585934A
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- Prior art keywords
- outside
- sliding rail
- plate
- cabinet
- hydraulic column
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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
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/05—Accumulators with non-aqueous electrolyte
- H01M10/058—Construction or manufacture
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M4/00—Electrodes
- H01M4/02—Electrodes composed of, or comprising, active material
- H01M4/04—Processes of manufacture in general
- H01M4/0402—Methods of deposition of the material
- H01M4/0404—Methods of deposition of the material by coating on electrode collectors
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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
-
- 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
Abstract
The present invention relates to a kind of battery Preparation equipments, pedestal Transmission system, coating system, battery assembly system, pedestal Transmission system is set to above the ground, and coating system is all set in inside pedestal Transmission system with battery assembly system and is attached by pedestal Transmission system；The present invention has mechanization crawl, the assembling functions such as button cell, can reduce to the greatest extent and be sent into package system positive electrode battery performance problems as caused by oxygen contamination after reducing coating to the greatest extent after can directly being dried the sample after coating as man-made assembly battery bring human error and integral structure.
Description
Technical field
The present invention relates to a kind of battery assembling devices, and in particular to a kind of battery Preparation equipment.
Background technique
Currently, lithium battery, with its high-energy-density, long circulation life, the characteristics such as wider operating temperature range cause people
Great interest and concern, and the assembling of current lithium battery could be in this many problem such as man-made assembly battery to gimmick requirement
Strictly, electrolyte and coating Jiang Liang are exposed to the problems such as oxygen partial grouping branch is oxidized, it is therefore desirable to propose that one kind can
Carry out mechanical package battery, integrated design reduce oxygen contamination, while can mass production a kind of battery Preparation equipment.
Summary of the invention
Aiming at the problems existing in the prior art, the object of the present invention is to provide one kind to have mass processing, production knob
The preparation facilities of button lithium battery.
To achieve the goals above, the present invention adopts the following technical scheme:
Pedestal Transmission system, coating system, battery assembly system, pedestal Transmission system are set to above the ground, coating system
System is all set in inside pedestal Transmission system with battery assembly system and is attached by pedestal Transmission system；Pedestal transmission system
System includes cabinet, hollow tube, engagement sleeves, handle, distribution box, pedestal one, sliding rail one, bayonet, baker, slideway, gas cylinder one, gas
Bottle two, vacuum pump one, hydraulic stem one, sliding sleeve, doubling plate, top pillar, electromagnet, vacuum pump two, hermatic door, door body, rack gear, tooth
Wheel, lever gear door, matching hole, mounting groove, sliding rail two, vacuum chamber, partition, sliding rail three, motor, folding, hatch door, sealed compartment, shaft,
Hermatic door, runner；Cabinet is set on ground, and for hollow tube through being connected on the outside of cabinet, engagement sleeves are closely coupled to hollow tube
Outside, handle are set on the outside of engagement sleeves, and distribution box is set on the outside of cabinet below hollow tube, and sliding rail one is fixedly connected on cabinet
Inside front, pedestal one are nested in the outer upper side of sliding rail one, and bayonet is set to one top of pedestal, and baker is set to box inside
One end of top sliding rail, gas cylinder two are juxtaposed on rear side of cabinet, and gas cylinder two is attached with cabinet by gas cylinder one and slideway
Above through cabinet, vacuum pump one is set on rear side of box house, and slideway is fixedly connected at the top of box inside, hydraulic stem one
It is set to below slideway, wherein sliding sleeve is matched with below slideway, and doubling plate is fixed on one lower section of hydraulic stem, and doubling plate is arranged in top pillar
Inside, electromagnet are fixed on above doubling plate, and vacuum chamber is set at the top of box inside, and is closely connect with cabinet top, every
Plate is fixedly connected below vacuum chamber, and is closely connect with lower box, and hermatic door is set in the middle part of vacuum chamber, and wherein door body is set
It is placed on the outside of vacuum chamber, rack gear is fixedly connected on above door body, and gear is set on the outside of vacuum chamber and is snapped above rack gear, is mentioned
It rises door to be set on the inside of rack gear, matching hole is set on the outside of vacuum chamber through vacuum chamber outside, mounting groove, and sliding rail two is connected to
It below door body and is cooperatively connected above mounting groove, sliding rail three is fixedly connected on box house top, and motor is set in cabinet
On the left of portion, hatch door is set to motor lower portion, and folding is set in the middle part of motor, and sealed compartment is set to cabinet outer left side, and shaft connects
It is connected to sealed compartment left distal end, hermatic door is fixedly connected on the outside of shaft, and runner is set on the outside of hermatic door；
Coating system includes fan one, fan two, fan three, sealing plate, coating cloth deck, coated panel, cuts hole, air holes, liquid
Compression leg one, coating assembly, sliding rail five, electronic sliding block, rotating bar, roll shaft, blade, scraper, expansion plate, support shaft, aluminum foil coil,
Sliding rail six, coating spray head, sliding block, clamping plate, runner, attachment base, material box, blending tank, rotating disk, efferent duct, connecting tube, spray
Head, sliding rail seven, slide assemblies, mechanical clamping device, mechanical arm, shaft, fixed plate, stud, gear, bracket, backing plate；Fan
One, fan two, fan three are respectively arranged above bayonet, are connected below sealing plate respectively at fan one, fan two, fan three,
Coating cloth deck is set to above sealing plate, and wherein coated panel is set to above sealing plate, is cut hole and is uniformly embedded in above coated panel,
In cutting on the outside of hole, hydraulic column one is uniformly fixed on the outside of coating cloth deck air holes cross-distribution, and coating assembly is connected to hydraulic column one
Top, wherein sliding rail five is set to the top of hydraulic column one, and electronic sliding block is externally embedded in five outside of sliding rail, and rotating bar is through electric sliding
On the inside of block, roll shaft is set on the outside of rotating bar, and blade is set to five both-side ends of sliding rail, and scraper is set to above coated panel, stretches
Contracting plate is fixed on box inside, and support shaft is set to expansion plate end, and aluminum foil coil is set on the outside of support shaft, and sliding rail six is set
It is placed in above box house, sliding rail seven is set to six outside of sliding rail, and coating spray head is set to six lower section of sliding rail, and wherein runner slides
It is connected to six inside of sliding rail, clamping plate is set on the inside of runner, and sliding block is set to below clamping plate, and attachment base is connected to below sliding block,
Material box is set to below attachment base, blending tank through being connected to below material box, rotating disk be set to below blending tank and with
Material box is connected by efferent duct, and spray head is connected to below blending tank and spray head is connect with rotating disk by connecting tube, Slide Group
Part is matched with seven lower section of sliding rail, and mechanical clamping device is connected to below slide assemblies, and wherein mechanical arm is connected under slide assemblies
Side, shaft are fixedly connected on the outside of mechanical arm, and fixed plate is matched on the outside of shaft, and stud is set to below fixed plate, and gear is stung
Together on the outside of stud, bracket is fixed on the outside of gear, and backing plate is set on the inside of bracket；
Battery assembly system includes hydraulic column two, joint frame, track plates, sliding rail eight, group arrangement, folder bucket, hydraulic press, top
Plate one, Dropping feeder, mixed flow container, control valve, nozzle, package board, hydraulic column three, support plate, raw material pedestal, cooperation bucket, card
Plate, spring, top plate two, hydraulic column four, buck plate；Hydraulic column two is set to below cabinet, and joint frame is uniformly arranged on hydraulic column
Two outsides, track plates, Dropping feeder, package board are respectively arranged at joint frame end, and wherein Dropping feeder includes mixed flow container, control
Valve, nozzle, mixed flow container are set to joint frame end, and control valve is set to below mixed flow container, and nozzle is set to control valve
Lower section, sliding rail eight are set to below track plates, and group arrangement is cooperatively connected in eight lower section of sliding rail, wherein hydraulic press be cooperatively connected in
Eight lower section of sliding rail, folder bucket are connected on the outside of hydraulic press, and top plate one is set to below hydraulic press, and hydraulic column three is set to box inside
Top, support plate are connected to three top of hydraulic column, and raw material pedestal is uniformly arranged on above support plate, wherein cooperation bucket is set to branch
Above fagging, snap-gauge is set to above cooperation bucket, is fixedly connected on above support plate below spring, is resiliently attached to above spring
Two lower section of top plate, hydraulic column four are set to three outside of hydraulic column, and buck plate is connected to four top of hydraulic column.Technical solution into one
Step optimization, the track is multi layer spiral structure, while tongue is set to track middle inside, and groove one is set under tongue
Side, control shaft are set to above track at rail junction, and track baffle is fixedly connected on the outside of control shaft, convenient for track to car body
Movement controlled.
The technical program advanced optimizes, and the doubling plate is parallel double-layer structure, and upper layer is PVC material, and lower layer is
Sheet metal.
The technical program advanced optimizes, and the door body is set on the outside of vacuum chamber, and rack gear is fixedly connected in door body
Side, gear are set on the outside of vacuum chamber and are snapped above rack gear, and lever gear door is set on the inside of rack gear, and matching hole is through vacuum
Side out of my cabin, mounting groove are set on the outside of vacuum chamber, and sliding rail two is connected to below door body and is cooperatively connected above mounting groove.
The technical program advanced optimizes, and the coating spray head is set to six lower section of sliding rail, and wherein runner is slidably connected
In six inside of sliding rail, clamping plate is set on the inside of runner, and sliding block is set to below clamping plate, and attachment base is connected to below sliding block, material
Box is set to below attachment base, and blending tank is through being connected to below material box, and rotating disk is set to below blending tank and and material
Box is connected by efferent duct, and spray head is connected to below blending tank and spray head is connect with rotating disk by connecting tube.
The technical program advanced optimizes, and the coating cloth deck is set to above sealing plate, and wherein coated panel is set to close
It above sealing plate, cuts hole and is uniformly embedded in above coated panel, for air holes cross-distribution in cutting on the outside of hole, hydraulic column one is uniformly fixed
On the outside of coating cloth deck.
The technical program advanced optimizes, and the sliding rail five is set to one top of hydraulic column, and electronic sliding block is externally embedded in cunning
Five outside of rail, through electronic inner side of slider, roll shaft is set on the outside of rotating bar rotating bar, and blade is set to five two sides of sliding rail end
End, scraper are set to above coated panel.
The technical program advanced optimizes, and the raw material pedestal is uniformly arranged on above support plate, wherein cooperation bucket is set
It is placed in above support plate, snap-gauge is set to above cooperation bucket, is fixedly connected on above support plate below spring, elasticity above spring
It is connected to two lower section of top plate.
The beneficial effects of the present invention are:
(1) present invention has the functions such as mechanization crawl, assembling button cell, can reduce to the greatest extent due to man-made assembly battery
Bring human error and due to maloperation etc. caused by battery performance disunity the problems such as.
(2) the invention is an integrated structure directly the sample after coating can be dried after be sent into package system in as far as possible
Positive electrode battery performance problems as caused by oxygen contamination after reducing coating.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is pedestal Transmission system structural schematic diagram of the present invention；
Fig. 3 is pedestal Transmission system back structures schematic diagram of the present invention；
Fig. 4 is transmission assembly and associated components structural schematic diagram of the present invention；
Fig. 5 is hermatic door and associated components structural schematic diagram of the present invention；
Fig. 6 is the structural schematic diagram of transmission board of the present invention and associated components；
Fig. 7 is the structural schematic diagram of coating system of the present invention；
Fig. 8 is the structural schematic diagram of manipulator of the present invention；
Fig. 9 is the structural schematic diagram of slide assemblies and associated components of the present invention；
Figure 10 is the structural schematic diagram of water-bath of the present invention；
Figure 11 is the structural schematic diagram of spray head of the present invention；
Figure 12 is the structural schematic diagram of coating cloth deck and associated components of the present invention；
Figure 13 is the structural schematic diagram of battery assembly system of the present invention；
Figure 14 is the partial enlarged view of battery assembly system of the present invention；
Figure 15 is the structural schematic diagram of raw material pedestal of the present invention；
Wherein, cabinet 1, hollow tube 2, engagement sleeves 3, handle 4, distribution box 5, pedestal 1, sliding rail 1, bayonet 8, baker
9, slideway 10, gas cylinder 1, gas cylinder 2 12, vacuum pump 1, hydraulic stem 1, sliding sleeve 1401, doubling plate 15, top pillar 1501,
Electromagnet 16, vacuum pump 2 17, hermatic door 18, door body 1801, rack gear 1802, gear 1803, lever gear door 1804, matching hole
1805, mounting groove 1806, sliding rail 2 1807, vacuum chamber 19, partition 20, sliding rail 3 21, motor 22, folding 23, hatch door 24, sealing
Cabin 25, shaft 26, hermatic door 27, runner 28, fan 1, fan 2 30, fan 3 31, sealing plate 32, coating cloth deck 33, coating
Plate 3301 cuts hole 3302, air holes 3303, hydraulic column 1, coating assembly 35, sliding rail 5 3501, electronic sliding block 3502, rotation
Bar 3503, roll shaft 3504, blade 3505, scraper 3506, expansion plate 36, support shaft 37, aluminum foil coil 38, sliding rail 6 39, coating
Spray head 40, sliding block 4001, clamping plate 4002, runner 4003, attachment base 4004, material box 4005, blending tank 4006, rotating disk
4007, efferent duct 4008, connecting tube 4009, spray head 4010, sliding rail 7 41, slide assemblies 42, mechanical clamping device 43, mechanical arm
4301, shaft 4302, fixed plate 4303, stud 4304, gear 4305, bracket 4306, backing plate 4307, hydraulic column 2 44, joint
Frame 45, track plates 46, sliding rail 8 47, group arrangement 48, folder bucket 4801, hydraulic press 4802, top plate 1, Dropping feeder 49,
Mixed flow container 4901, control valve 4902, nozzle 4903, package board 50, hydraulic column 3 51, support plate 52, raw material pedestal 53, cooperation
Bucket 5301, snap-gauge 5302, spring 5303, top plate 2 5304, hydraulic column 4 54, buck plate 55.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
As shown in Fig. 1~15: a kind of battery Preparation equipment, including including pedestal Transmission system, coating system, battery assembly
System, pedestal Transmission system are set to above the ground, and coating system and battery assembly system are all set in pedestal Transmission system
Portion is simultaneously attached by pedestal Transmission system；
Pedestal conveyer system include cabinet 1, hollow tube 2, engagement sleeves 3, handle 4, distribution box 5, pedestal 1, sliding rail 1,
Bayonet 8, baker 9, slideway 10, gas cylinder 1, gas cylinder 2 12, vacuum pump 1, hydraulic stem 1, sliding sleeve 1401, doubling plate
15, top pillar 1501, electromagnet 16, vacuum pump 2 17, hermatic door 18, door body 1801, rack gear 1802, gear 1803, lever gear door
1804, matching hole 1805, mounting groove 1806, sliding rail 2 1807, vacuum chamber 19, partition 20, sliding rail 3 21, motor 22, folding 23,
Hatch door 24, sealed compartment 25, shaft 26, hermatic door 27, runner 28；Cabinet 1 is set on ground, and hollow tube 2, which runs through, is connected to case
1 outside of body, engagement sleeves 3 are closely coupled to 2 outside of hollow tube, and handle 4 is set to 3 outside of engagement sleeves, and distribution box 5 is set to cabinet
1 outside hollow tube, 2 lower section, sliding rail 1 are fixedly connected on 1 inside front of cabinet, and pedestal 1 is nested in the outer upper side of sliding rail 1,
Bayonet 8 is set to one 6 top of pedestal, and baker 9 is set to 1 inside front sliding rail of cabinet, one 7 end, and gas cylinder 2 12 is set side by side
In the rear side of cabinet 1, gas cylinder 2 12 and cabinet 1 are attached by gas cylinder 1 and slideway 10 is through 1 top of cabinet, vacuum pump
One 13 are set to 1 inner back side of cabinet, and slideway 10 is fixedly connected on 1 inside top of cabinet, and hydraulic stem 1 is set to slideway 10
Lower section, wherein sliding sleeve 1401 is matched with 10 lower section of slideway, and doubling plate 15 is fixed on one 14 lower section of hydraulic stem, and top pillar 1501 is arranged double
Inside laminate 15, electromagnet 16 is fixed on the top of doubling plate 15, and vacuum chamber 19 is set to 1 inside top of cabinet, and on cabinet 1
Portion closely connects, and partition 20 is fixedly connected on 19 lower section of vacuum chamber, and closely connect with 1 lower part of cabinet, and hermatic door 18 is set to
19 middle part of vacuum chamber, wherein door body 1801 is set to 19 outside of vacuum chamber, and rack gear 1802 is fixedly connected on 1801 top of door body, tooth
Wheel 1803 is set to 19 outside of vacuum chamber and is snapped at 1802 top of rack gear, and lever gear door 1804 is set to 1802 inside of rack gear, matches
Hole 1805 is closed through 19 outside of vacuum chamber, mounting groove 1806 is set to 19 outside of vacuum chamber, and sliding rail 2 1807 is connected to door body
It below 1801 and is cooperatively connected above mounting groove 1806, sliding rail 3 21 is fixedly connected on 1 inner tip of cabinet, and motor 22 is arranged
In 1 inside left of cabinet, hatch door 24 is set to 22 lower part of motor, and folding 23 is set to 22 middle part of motor, and sealed compartment 25 is set to
1 outer left side of cabinet, shaft 26 are connected to 25 left distal end of sealed compartment, and hermatic door 27 is fixedly connected on 26 outside of shaft, runner
28 are set to 27 outside of hermatic door；
Coating system include fan 1, fan 2 30, fan 3 31, sealing plate 32, coating cloth deck 33, coated panel 3301,
Cut hole 3302, air holes 3303, hydraulic column 1, coating assembly 35, sliding rail 5 3501, electronic sliding block 3502, rotating bar 3503,
Roll shaft 3504, blade 3505, scraper 3506, expansion plate 36, support shaft 37, aluminum foil coil 38, sliding rail 6 39, coating spray head 40,
Sliding block 4001, clamping plate 4002, runner 4003, attachment base 4004, material box 4005, blending tank 4006, rotating disk 4007, efferent duct
4008, connecting tube 4009, spray head 4010, sliding rail 7 41, slide assemblies 42, mechanical clamping device 43, mechanical arm 4301, shaft
4302, fixed plate 4303, stud 4304, gear 4305, bracket 4306, backing plate 4307；Fan 1, fan 2 30, fan three
31 are respectively arranged at 8 top of bayonet, and 32 lower section of sealing plate is connected respectively at fan 1, fan 2 30, fan 3 31, coating cloth deck
33 are set to 32 top of sealing plate, and wherein coated panel 3301 is set to 32 top of sealing plate, cut hole 3302 and are uniformly embedded in painting
3301 top of fabric swatch, in cutting on the outside of hole 3302, hydraulic column 1 is uniformly fixed on outside coating cloth deck 33 3303 cross-distribution of air holes
Side, coating assembly 35 are connected to one 34 top of hydraulic column, and wherein sliding rail 5 3501 is set to one 34 top of hydraulic column, electronic sliding block
Embedded in 5 3501 outside of sliding rail outside 3502, rotating bar 3503 is set to rotation through electronic 3502 inside of sliding block, roll shaft 3504
3503 outside of bar, blade 3505 are set to 5 3501 both-side ends of sliding rail, and scraper 3506 is set to 3301 top of coated panel, stretches
Plate 36 is fixed on 1 inside of cabinet, and support shaft 37 is set to 36 end of expansion plate, and aluminum foil coil 38 is set to outside support shaft 37
Side, sliding rail 6 39 are set to 1 inner upper of cabinet, and sliding rail 7 41 is set to 6 39 outside of sliding rail, and coating spray head 40 is set to cunning
6 39 lower section of rail, wherein runner 4003 is slidably connected to 6 39 inside of sliding rail, and clamping plate 4002 is set to 4003 inside of runner, sliding block
4001 are set to 4002 lower section of clamping plate, and attachment base 4004 is connected to 4001 lower section of sliding block, and material box 4005 is set to attachment base
4004 lower sections, blending tank 4006 through being connected to the lower section of material box 4005, rotating disk 4007 be set to 4006 lower section of blending tank and
It is connect with material box 4005 by efferent duct 4008, spray head 4010 is connected to 4006 lower section of blending tank and spray head 4010 and rotating disk
4007 are connected by connecting tube 4009, and slide assemblies 42 are matched with 7 41 lower section of sliding rail, and mechanical clamping device 43 is connected to sliding
42 lower section of component, wherein mechanical arm 4301 is connected to 42 lower section of slide assemblies, and shaft 4302 is fixedly connected on outside mechanical arm 4301
Side, fixed plate 4303 are matched with 4302 outside of shaft, and stud 4304 is set to 4303 lower section of fixed plate, and gear 4305 is snapped at spiral shell
4304 outside of column, bracket 4306 are fixed on 4305 outside of gear, and backing plate 4307 is set to 4306 inside of bracket；
Battery assembly system includes hydraulic column 2 44, joint frame 45, track plates 46, sliding rail 8 47, group arrangement 48, folder bucket
4801, hydraulic press 4802, top plate 1, Dropping feeder 49, mixed flow container 4901, control valve 4902, nozzle 4903, package board
50, hydraulic column 3 51, support plate 52, raw material pedestal 53, cooperation bucket 5301, snap-gauge 5302, spring 5303, top plate 2 5304, liquid
Compression leg 4 54, buck plate 55；Hydraulic column 2 44 is set to 1 lower section of cabinet, and joint frame 45 is uniformly arranged on 2 44 outside of hydraulic column,
Track plates 46, Dropping feeder 49, package board 50 are respectively arranged at 45 end of joint frame, and wherein Dropping feeder 49 includes mixed flow container
4901, control valve 4902, nozzle 4903, mixed flow container 4901 are set to 45 end of joint frame, and control valve 4902 is set to mixed
4901 lower section of flow container, nozzle 4903 are set to 4902 lower section of control valve, and sliding rail 8 47 is set to 46 lower section of track plates, assembling group
Part 48 is cooperatively connected in 8 47 lower section of sliding rail, and wherein hydraulic press 4802 is cooperatively connected in 8 47 lower section of sliding rail, and folder bucket 4801 connects
In 4802 outside of hydraulic press, top plate 1 is set to 4802 lower section of hydraulic press, and hydraulic column 3 51 is set on 1 inside of cabinet
Side, support plate 52 are connected to 3 51 top of hydraulic column, and raw material pedestal 53 is uniformly arranged on 52 top of support plate, wherein cooperating bucket
5301 are set to 52 top of support plate, and snap-gauge 5302 is set to 5301 top of cooperation bucket, is fixedly connected on branch below spring 5303
Above fagging 52,2 5304 lower section of top plate is resiliently attached to above spring 5303, hydraulic column 4 54 is set to outside hydraulic column 3 51
Side, buck plate 55 are connected to 4 54 top of hydraulic column.
The doubling plate 15 is parallel double-layer structure, and upper layer is PVC material, and lower layer is sheet metal.
The door body 1801 is set to 19 outside of vacuum chamber, and rack gear 1802 is fixedly connected on 1801 top of door body, gear
1803 are set to 19 outside of vacuum chamber and are snapped at 1802 top of rack gear, and lever gear door 1804 is set to 1802 inside of rack gear, cooperation
Through 19 outside of vacuum chamber, mounting groove 1806 is set to 19 outside of vacuum chamber in hole 1805, and sliding rail 2 1807 is connected to door body
Below 1801 and it is cooperatively connected above mounting groove 1806.
The coating spray head 40 is set to 6 39 lower section of sliding rail, and wherein runner 4003 is slidably connected to 6 39 inside of sliding rail,
Clamping plate 4002 is set to 4003 inside of runner, and sliding block 4001 is set to 4002 lower section of clamping plate, and attachment base 4004 is connected to sliding block
4001 lower sections, material box 4005 are set to 4004 lower section of attachment base, and blending tank 4006 is revolved through 4005 lower section of material box is connected to
Turntable 4007 is set to 4006 lower section of blending tank and is connect with material box 4005 by efferent duct 4008, and spray head 4010 is connected to mixed
It closes 4006 lower section of tank and spray head 4010 is connect with rotating disk 4007 by connecting tube 4009.
The coating cloth deck 33 is set to 32 top of sealing plate, and wherein coated panel 3301 is set to 32 top of sealing plate, cuts
Hole 3302 is uniformly embedded in 3301 top of coated panel, and for 3303 cross-distribution of air holes in cutting 3302 outside of hole, hydraulic column 1 is equal
It is even to be fixed on 33 outside of coating cloth deck.
The sliding rail 5 3501 is set to one 34 top of hydraulic column, and 5 3501 outside of sliding rail is embedded in outside electronic sliding block 3502,
Rotating bar 3503 is set to 3503 outside of rotating bar through electronic 3502 inside of sliding block, roll shaft 3504, and blade 3505 is set to
5 3501 both-side ends of sliding rail, scraper 3506 are set to 3301 top of coated panel.
The raw material pedestal 53 is uniformly arranged on 52 top of support plate, wherein cooperation bucket 5301 is set in support plate 52
Side, snap-gauge 5302 are set to 5301 top of cooperation bucket, are fixedly connected on above support plate 52 below spring 5303, on spring 5303
Side is resiliently attached to 2 5304 lower section of top plate.
When the invention works: staff is first turned on vacuum pump 1 and extracts the air in the present apparatus out, opens later
Protective atmosphere is passed through in cabinet 1 by gas cylinder 2 12 by gas cylinder 1, is recycled three to four times and is arranged air remaining in cabinet 1
Out, when being coated operation, 3 31 pairs of fan 1, fan 2 30, fan lower section blowings, by wind from the protection support lattice of side
It sends out, 33 bottom of coating cloth deck is connected with fan 1, fan 2 30, fan 3 31 is cutting the gas that decline is generated at hole 3302
Stream controls 40 setting in motions by distribution box 5, and runner 4003 rotated by the motor in sliding block 4001, and is against sliding rail
The part of 6 39 grooves forms relative motion and then coating spray head 40 is driven to be moved, slide assemblies 42 and remaining cunning
The motion principle of dynamic device is consistent with coating spray head 40, and mechanical clamping device 43 rearward moves, and is adjusted by staff
The position of mechanical clamping device 43 carries out the clamping to aluminum foil coil 38, and shaft 4302 adjusts mechanical folder by rotation in clamping process
The crawl angle of device 43 is held, stud 4304 is rotated by motor, and the bite strap moving gear 4305 by crossing gear carries out
Rotate and then drive bracket 4306 and backing plate 4307 to carry out the movement of low-angle, when mechanical clamping device 43 is clamped to aluminum foil coil
Behind 38 one end, mechanical arm 4301, which stretches, will be against 33 top of coating cloth deck below aluminum foil coil 38, and stud 4304 is carried out anti-by motor
Direction rotates, 43 lower section clamping device of release mechanism clamping device, while slide assemblies 42 are slowly moved to 1 rear of cabinet, leads to
It crosses and cuts the effect of the air-flow of the decline at hole 3302 and be adsorbed on the top of coating cloth deck 33 for aluminum foil coil 38 is smooth, when readiness scrapes
Knife 3506 is adsorbed on the electromagnet in rotating bar 3503, after aluminum foil coil 38 is smooth be adsorbed on the top of coating cloth deck 33 after, hydraulic column
One 34 move downward, and the electromagnet in rotating bar 3503 disconnects power supply, and scraper 3506 is compacted above aluminum foil coil 38, are coated with spray head
40 are moved back and forth by sliding block 4001, while being mixed the slurry in material box 4005 by blending tank 4006, together
When liquid sauce be transferred in spray head 4010 and sprayed with connecting tube 4009 by efferent duct 4008, while spray head 4001 is in cunning
Rail 6 39 moves back and forth, and slurry is applied to 38 top of aluminum foil coil, electronic sliding block 3502 rolls simultaneously with action roller shaft 3504
Drive the movement of scraper 3506 that slurry is uniformly applied to the top of aluminum foil coil 38, at the same when hydraulic column 1 is fallen blade 3505 by aluminium
38 truncation of foil volume, the slurry of 38 top of aluminum foil coil is dried in the starting of baker 9, after to be dried, controls one 14 edge of hydraulic stem
Slideway 10 move to the top of aluminum foil coil 38, hydraulic stem 1 drives doubling plate 15 to move downward, listened the gap in hole between two plates
Product after smearing slurry is cut, simultaneously because the hole in doubling plate 15 is smaller, the positive plate under cutting is stuck in bilayer
At the hole of plate 15, hydraulic stem 1 is moved along slideway 10, and lever gear door 1804 is fallen, and gear 1803, which starts turning, to be passed through
The interlocking of rack gear 1802 stretches out door body 1801, and hydraulic stem 1 is entered in vacuum chamber 19 by matching hole 1805,
Door body 1801 is rotated backward by gear 1803 and is closed vacuum chamber 19, the rising of lever gear door 1804 tamp matching hole 1805 carry out it is close
The gas in vacuum chamber 19 is extracted in envelope, the starting of vacuum pump 2 17 out, while door body 1801 after positive plate cooling being waited to reopen,
Hydraulic column 2 44 is rotated by bottom shaft, and group arrangement 48 is moved on sliding rail 8 47 by hydraulic press 4802,
Raw material such as spring leaf, battery case needed for storing battery assembly in raw material pedestal 53 etc., joint frame 45 is moved downward top plate
One 4803 are cooperated with cooperation bucket 5301, and spring 5303 releases the raw material of bottom storage upwards, and folder bucket 4801 moves backward
Raw material is fixed by the protrusion inside folder bucket 4801, track plates 46 are turned to 55 top of buck plate by hydraulic column 2 44,
Small machine in folder bucket 4801 releases top plate 1, and raw material is respectively put into the groove of 55 top of buck plate, hydraulic column
2 44 are sequentially placed raw material different in raw material pedestal 53 in buck plate 55 by moving back and forth from raw material pedestal 53, wait need
When the step of electrolyte is added dropwise, Dropping feeder 49 is moved to 55 top of buck plate by the rotation of hydraulic column 2 44, passes through nozzle 4903
Electrolyte is added dropwise respectively.When need to place the step of positive plate, the height for adjusting hydraulic column 4 54 makes to be in lesser between two plates
Spacing, while doubling plate 15 moves to 55 top of buck plate, electromagnet 16, which is powered, picks up the metal plate of 15 lower section of doubling plate, pushes up
Column 1501 ejects positive plate, then hydraulic column 2 44 repeat feeding blowing operation, to raw material stack complete package board 50 to
Lower overturning fastens the battery filled above buck plate 55, and battery is locked and kept by the mechanical force of joint frame 45
For a period of time, the electromagnet in package board 50 is started to work, and battery is adsorbed on 50 lower section of package board, hydraulic column 2 44 is along cunning
Rail 3 21 carries out sliding and package board 50 is driven to send the battery assembled to hatch door 24, and the motor in motor 22 drives folding 23
It is crimped for the opening package board 50 of hatch door 24 battery assembled to be placed in inside sealed compartment 25 and stand, hydraulic column 2 44 is sliding
Dynamic Hui Yuanwei, staff is taken out the battery prepared, is gone out to inside by the opening hermatic door 27 of runner 28 after closing hatch door 24
When existing problem or the rubbish for needing periodic cleaning machinery to generate when cutting, staff opens hollow tube 2 and case by handle 4
Body 1 carries out cabin cleaning and maintenance.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, although referring to aforementioned reality
Applying example, invention is explained in detail, for those skilled in the art, still can be to aforementioned each implementation
Technical solution documented by example is modified or equivalent replacement of some of the technical features, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (7)
1. a kind of battery Preparation equipment, it is characterised in that: including pedestal Transmission system, coating system, battery assembly system, pedestal
Transmission system is set to above the ground, and coating system and battery assembly system are all set in inside pedestal Transmission system and pass through base
Frame Transmission system is attached；
Pedestal conveyer system include cabinet (1), hollow tube (2), engagement sleeves (3), handle (4), distribution box (5), pedestal one (6),
It is sliding rail one (7), bayonet (8), baker (9), slideway (10), gas cylinder one (11), gas cylinder two (12), vacuum pump one (13), hydraulic
Bar one (14), sliding sleeve (1401), doubling plate (15), top pillar (1501), electromagnet (16), vacuum pump two (17), hermatic door (18),
Door body (1801), rack gear (1802), gear (1803), lever gear door (1804), matching hole (1805), mounting groove (1806), sliding rail
Two (1807), vacuum chamber (19), partition (20), sliding rail three (21), motor (22), folding (23), hatch door (24), sealed compartment
(25), shaft (26), hermatic door (27), runner (28)；Cabinet (1) is set on ground, and hollow tube (2), which runs through, is connected to cabinet
(1) outside, engagement sleeves (3) are closely coupled on the outside of hollow tube (2), and handle (4) is set on the outside of engagement sleeves (3), distribution box (5)
It is set on the outside of cabinet (1) below hollow tube (2), sliding rail one (7) is fixedly connected on cabinet (1) inside front, and pedestal one (6) is embedding
It is placed on the outer upper side of sliding rail one (7), bayonet (8) is set to above pedestal one (6), and baker (9) is set on cabinet (1) inside
Square sliding rail one (7) end, gas cylinder two (12) are juxtaposed on rear side of cabinet (1), and gas cylinder two (12) and cabinet (1) pass through gas cylinder one
(11) it is attached and slideway (10) is through cabinet (1) top, vacuum pump one (13) is set to cabinet (1) inner back side, sliding
Road (10) is fixedly connected on cabinet (1) inside top, and hydraulic stem one (14) is set to below slideway (10), wherein sliding sleeve (1401)
It is matched with below slideway (10), doubling plate (15) is fixed below hydraulic stem one (14), and doubling plate (15) are arranged in top pillar (1501)
Inside, electromagnet (16) are fixed on above doubling plate (15), and vacuum chamber (19) is set to cabinet (1) inside top, and and cabinet
(1) top closely connects, and partition (20) is fixedly connected below vacuum chamber (19), and is closely connect with cabinet (1) lower part, seals
Door (18) is set in the middle part of vacuum chamber (19), and wherein door body (1801) is set on the outside of vacuum chamber (19), and rack gear (1802) is fixed
It is connected to above door body (1801), gear (1803) is set on the outside of vacuum chamber (19) and is snapped above rack gear (1802), mentions
It rises door (1804) to be set on the inside of rack gear (1802), matching hole (1805) is through on the outside of vacuum chamber (19), mounting groove (1806)
It is set on the outside of vacuum chamber (19), sliding rail two (1807) is connected to below door body (1801) and is cooperatively connected in mounting groove (1806)
Top, sliding rail three (21) are fixedly connected on cabinet (1) inner tip, and motor (22) is set to cabinet (1) inside left, hatch door
(24) it is set to motor (22) lower part, folding (23) is set in the middle part of motor (22), and it is external that sealed compartment (25) is set to cabinet (1)
Left side, shaft (26) are connected to sealed compartment (25) left distal end, and hermatic door (27) is fixedly connected on the outside of shaft (26), runner
(28) it is set on the outside of hermatic door (27)；
Coating system includes fan one (29), fan two (30), fan three (31), sealing plate (32), coating cloth deck (33), coated panel
(3301), hole (3302), air holes (3303), hydraulic column one (34), coating assembly (35), sliding rail five (3501), electric sliding are cut
Block (3502), rotating bar (3503), roll shaft (3504), blade (3505), scraper (3506), expansion plate (36), support shaft
(37), aluminum foil coil (38), sliding rail six (39), coating spray head (40), sliding block (4001), clamping plate (4002), runner (4003), connection
Seat (4004), material box (4005), blending tank (4006), rotating disk (4007), efferent duct (4008), connecting tube (4009), spray
Head (4010), slide assemblies (42), mechanical clamping device (43), mechanical arm (4301), shaft (4302), is consolidated sliding rail seven (41)
Fixed board (4303), stud (4304), gear (4305), bracket (4306), backing plate (4307)；Fan one (29), fan two (30),
Fan three (31) is respectively arranged above bayonet (8), respectively at fan one (29), fan two (30), wind below sealing plate (32)
Three (31) connection is fanned, coating cloth deck (33) is set to above sealing plate (32), and wherein coated panel (3301) is set to sealing plate (32)
Top cuts hole (3302) and is uniformly embedded in above coated panel (3301), and air holes (3303) cross-distribution is in cutting hole (3302)
Outside, hydraulic column one (34) are uniformly fixed on the outside of coating cloth deck (33), and coating assembly (35) is connected to above hydraulic column one (34),
Wherein sliding rail five (3501) is set to above hydraulic column one (34), and electronic sliding block (3502) is embedded on the outside of sliding rail five (3501) outside,
Rotating bar (3503) is set on the outside of rotating bar (3503) through electronic sliding block (3502) inside, roll shaft (3504), blade
(3505) sliding rail five (3501) both-side ends are set to, scraper (3506) is set to above coated panel (3301), expansion plate (36)
It is fixed on the inside of cabinet (1), support shaft (37) is set to expansion plate (36) end, and aluminum foil coil (38) is set to support shaft
(37) outside, sliding rail six (39) are set to cabinet (1) inner upper, and sliding rail seven (41) is set on the outside of sliding rail six (39), coating
Spray head (40) is set to below sliding rail six (39), and wherein runner (4003) is slidably connected on the inside of sliding rail six (39), clamping plate
(4002) it is set on the inside of runner (4003), sliding block (4001) is set to below clamping plate (4002), and attachment base (4004) is connected to
Below sliding block (4001), material box (4005) is set to below attachment base (4004), and blending tank (4006), which runs through, is connected to material
Below box (4005), rotating disk (4007) is set to below blending tank (4006) and passes through efferent duct with material box (4005)
(4008) it connects, spray head (4010) is connected to below blending tank (4006) and spray head (4010) passes through with rotating disk (4007) and connect
(4009) connection is managed, slide assemblies (42) are matched with below sliding rail seven (41), and mechanical clamping device (43) is connected to slide assemblies
(42) lower section, wherein mechanical arm (4301) is connected to below slide assemblies (42), and shaft (4302) is fixedly connected on mechanical arm
(4301) outside, fixed plate (4303) are matched on the outside of shaft (4302), and stud (4304) is set to below fixed plate (4303),
Gear (4305) is snapped on the outside of stud (4304), and bracket (4306) is fixed on the outside of gear (4305), backing plate (4307) setting
On the inside of bracket (4306)；
Battery assembly system includes hydraulic column two (44), joint frame (45), track plates (46), sliding rail eight (47), group arrangement
(48), folder bucket (4801), hydraulic press (4802), top plate one (4803), Dropping feeder (49), mixed flow container (4901), control valve
(4902), nozzle (4903), package board (50), hydraulic column three (51), support plate (52), raw material pedestal (53), cooperation bucket
(5301), snap-gauge (5302), spring (5303), top plate two (5304), hydraulic column four (54), buck plate (55)；Hydraulic column two
(44) it is set to below cabinet (1), joint frame (45) is uniformly arranged on the outside of hydraulic column two (44), and dress is added dropwise in track plates (46)
Set (49), package board (50) is respectively arranged at joint frame (45) end, wherein Dropping feeder (49) includes mixed flow container (4901), control
Valve (4902) processed, nozzle (4903), mixed flow container (4901) are set to joint frame (45) end, and control valve (4902) is set to
Below mixed flow container (4901), nozzle (4903) is set to below control valve (4902), and sliding rail eight (47) is set to track plates
(46) lower section, group arrangement (48) are cooperatively connected below sliding rail eight (47), and wherein hydraulic press (4802) is cooperatively connected in sliding rail
Below eight (47), folder bucket (4801) is connected on the outside of hydraulic press (4802), and top plate one (4803) is set under hydraulic press (4802)
Side, hydraulic column three (51) are set to cabinet (1) inside front, and support plate (52) is connected to above hydraulic column three (51), raw material base
Seat (53) is uniformly arranged on above support plate (52), wherein cooperation bucket (5301) is set to above support plate (52), snap-gauge
(5302) it is set to above cooperation bucket (5301), is fixedly connected below spring (5303) above support plate (52), spring
(5303) top is resiliently attached to below top plate two (5304), and hydraulic column four (54) is set on the outside of hydraulic column three (51), assembly
Plate (55) is connected to above hydraulic column four (54).
2. a kind of battery Preparation equipment according to claim 1, it is characterised in that: doubling plate (15) is parallel double-layer structure,
Upper layer is PVC material, and lower layer is sheet metal.
3. a kind of battery Preparation equipment according to claim 1, it is characterised in that: door body (1801) is set to vacuum chamber (19)
Outside, rack gear (1802) are fixedly connected on above door body (1801), and gear (1803) is set on the outside of vacuum chamber (19) and is engaged
Above the rack gear (1802), lever gear door (1804) is set on the inside of rack gear (1802), and matching hole (1805) is through vacuum chamber
(19) outside, mounting groove (1806) are set on the outside of vacuum chamber (19), sliding rail two (1807) be connected to below door body (1801) and
It is cooperatively connected above mounting groove (1806).
4. a kind of battery Preparation equipment according to claim 1, it is characterised in that: coating spray head (40) is set to sliding rail six
(39) lower section, wherein runner (4003) is slidably connected on the inside of sliding rail six (39), and clamping plate (4002) is set in runner (4003)
Side, sliding block (4001) are set to below clamping plate (4002), and attachment base (4004) is connected to below sliding block (4001), material box
(4005) it is set to below attachment base (4004), blending tank (4006), which runs through, to be connected to below material box (4005), rotating disk
(4007) it is set to below blending tank (4006) and is connect with material box (4005) by efferent duct (4008), spray head (4010) is even
It is connected to below blending tank (4006) and spray head (4010) is connect with rotating disk (4007) by connecting tube (4009).
5. a kind of battery Preparation equipment according to claim 1, it is characterised in that: coating cloth deck (33) is set to sealing plate (32)
Top, wherein coated panel (3301) is set to above sealing plate (32), is cut hole (3302) and is uniformly embedded in coated panel (3301)
Top, for air holes (3303) cross-distribution in cutting on the outside of hole (3302), hydraulic column one (34) is uniformly fixed on coating cloth deck (33) outside
Side.
6. a kind of battery Preparation equipment according to claim 1, it is characterised in that: sliding rail five (3501) is set to hydraulic column one
(34) top, electronic sliding block (3502) is outside on the outside of the sliding rail five (3501), and rotating bar (3503) is through electronic sliding block
(3502) inside, roll shaft (3504) are set on the outside of rotating bar (3503), and blade (3505) is set to sliding rail five (3501) two sides
End, scraper (3506) are set to above coated panel (3301).
7. a kind of battery Preparation equipment according to claim 1, it is characterised in that: raw material pedestal (53) is uniformly arranged on support
Above plate (52), wherein cooperation bucket (5301) is set to above support plate (52), snap-gauge (5302) is set to cooperation bucket (5301)
Top, spring (5303) lower section are fixedly connected on above support plate (52), are resiliently attached to top plate two above spring (5303)
(5304) lower section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910051136.8A CN109585934A (en) | 2019-01-10 | 2019-01-10 | A kind of battery Preparation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910051136.8A CN109585934A (en) | 2019-01-10 | 2019-01-10 | A kind of battery Preparation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109585934A true CN109585934A (en) | 2019-04-05 |
Family
ID=65916851
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910051136.8A Pending CN109585934A (en) | 2019-01-10 | 2019-01-10 | A kind of battery Preparation equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109585934A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113771482A (en) * | 2021-08-26 | 2021-12-10 | 中国建材国际工程集团有限公司 | Photovoltaic backboard glass printing device and printing method |
| CN114247597A (en) * | 2022-03-02 | 2022-03-29 | 山东瑞光新能源科技有限公司 | Uniform coating equipment for solar vacuum tube |
-
2019
- 2019-01-10 CN CN201910051136.8A patent/CN109585934A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113771482A (en) * | 2021-08-26 | 2021-12-10 | 中国建材国际工程集团有限公司 | Photovoltaic backboard glass printing device and printing method |
| CN114247597A (en) * | 2022-03-02 | 2022-03-29 | 山东瑞光新能源科技有限公司 | Uniform coating equipment for solar vacuum tube |
| CN114247597B (en) * | 2022-03-02 | 2022-05-31 | 山东瑞光新能源科技有限公司 | Uniform coating equipment for solar vacuum tube |
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