CN209418695U - A kind of battery case sealing system - Google Patents
A kind of battery case sealing system Download PDFInfo
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- CN209418695U CN209418695U CN201920161101.5U CN201920161101U CN209418695U CN 209418695 U CN209418695 U CN 209418695U CN 201920161101 U CN201920161101 U CN 201920161101U CN 209418695 U CN209418695 U CN 209418695U
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- battery case
- station
- pallet
- gluing
- processing room
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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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- Sealing Battery Cases Or Jackets (AREA)
Abstract
The utility model relates to coating technique fields, it is disclosed that a kind of battery case sealing system, including delivery unit and pallet, it is disposed with feeding station, gluing station, dry glue station and unloading station along the transporting direction of delivery unit, the two sides of gluing station are provided with gluing manipulator；Battery case is placed on pallet in feeding station, then pallet drives battery case successively to pass through gluing station and dry glue station, plastic cement is coated on battery case upper end by gluing manipulator, and after dry glue station solidifies plastic cement, pallet drives battery case to be moved to unloading station, battery case is dismantled from pallet then, completes the sealing operation of battery case.
Description
Technical field
The utility model relates to coating technique field, in particular to a kind of battery case sealing system.
Background technique
Automobile batteries, including outer housing and internal circuit element, wherein outer housing includes box body and box cover, in box body
It is provided with sealing strip between box cover, increases leakproofness of the box body with box cover after fixed, the chemical substance in battery is avoided to leak.
Sealing strip is embedded by opposite side between box body or lid in the prior art, then is needed in box body or lid
On continue to employ caulking groove for being embedded sealing strip in advance, and sealing strip causes outer now mostly by being manually connected in caulking groove
The production efficiency of shell reduces, and there are shortcomings to be modified.
Utility model content
The purpose of the utility model is to provide a kind of battery case sealing system, the shape after battery case upper end sprays plastic cement
At sealing joint strip, and then promote the efficiency of the sealing operation of battery case.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of battery case sealing system, it is characterised in that: pallet including delivery unit, for fixing shell and
Processing Room is disposed with feeding station, gluing station, dry glue station and rampman along the transporting direction of the delivery unit
Position, the pallet move back and forth in delivery unit along transporting direction；
The delivery unit includes for limiting pallet moving direction ramp member and being set to ramp member two sides
Positioning member, and the positioning member includes that feeding locating piece, gluing locating piece, dry glue locating piece are set gradually along transporting direction
And discharging positioning unit, and the two sides of the ramp member and be located at gluing locating piece at be provided with for the gluing on shell
Gluing manipulator；
The gluing station and dry glue station are all set in Processing Room, and one end of the Processing Room towards feeding station is opened
Feed inlet equipped with evacuation pallet and shell, one end of the Processing Room towards unloading station offer evacuation pallet and shell
The discharge port of body is provided with aspiration pump on the Processing Room, and the pumping end of the aspiration pump is connected to setting with dry glue work station, and
The pumping end of the aspiration pump is provided with gas gathering mask.
By using above-mentioned technical proposal, battery case is placed on pallet in feeding station, then pallet band
Dynamic battery case successively passes through gluing station and dry glue station, and plastic cement is coated on battery case upper end by gluing manipulator, and in dry glue
After station solidifies plastic cement, pallet drives battery case to be moved to unloading station, then by battery case from pallet
Disassembly, completes the sealing operation of battery case；And wherein gluing station and dry glue station are respectively positioned in Processing Room, in Processing Room
The feed inlet that evacuation pallet and shell is offered towards one end of feeding station, is opened in one end of Processing Room towards unloading station
Discharge port equipped with evacuation pallet and shell, so that pallet, which drives shell to enter in Processing Room, carries out glue spraying and dry glue work
Industry reduces the pollution of dust and the circulation of air, so that the gas that glue spraying and dry glue generate concentrates in Processing Room, and then subtracts
Small air pollution；And the pumping end of aspiration pump is provided with gas gathering mask, gas gathering mask preferably guides pernicious gas to enter in pumping pump,
And then reduce air pollution.
The utility model is further arranged to: the upper end of the Processing Room is provided with the upper frame for being supported in gas gathering mask lower end,
The upper frame includes one group of mandril extended along transporting direction, and the gas gathering mask is in cuboid, and the gas gathering mask uses acrylic
Plate.
By using above-mentioned technical proposal, gas gathering mask is in rectangular and avoids influencing the irradiation of ultraviolet lamp using acrylic board,
Guarantee dry glue efficiency, and mandril is supported in the lower end of gas gathering mask, guarantee the stability of gas collection installation and collects pernicious gas
Stability.
The utility model is further arranged to: the upper end of the Processing Room and be located at dry glue station be provided with ultraviolet lamp, institute
State ultraviolet lamp irradiated region covering dry glue station.
By using above-mentioned technical proposal, it is provided with ultraviolet lamp in Processing Room and in dry glue station, ultraviolet lamp is uniformly distributed
In the upper end of Processing Room, ultraviolet lamp wiring accelerates the efficiency of dry glue operation, and then promotes the efficiency of shell sealing operation.
The utility model is further arranged to: the ramp member includes sliding rail on chassis and setting chassis, the bottom
Frame is extended along transporting direction, and the sliding rail, which extends along transporting direction and symmetrically sets positioned at width over side sills direction, is fixed with one
Right, the pallet includes sliding rack and the support frame for positioning support shell, and the lower end of the sliding rack is provided with and slides
The slide of rail cooperation.
By using above-mentioned technical proposal, the upper end of chassis is provided with a pair of of sliding rail, and sliding rail extends along transporting direction,
The lower end of pallet is provided with the slide with sliding rail cooperation, the cooperation of sliding rail and slide defines the moving direction of pallet,
Battery case is driven to complete sealing operation so that pallet is stablized.
The utility model is further arranged to: the retaining plate one blocked above slide is fixed on the chassis, it is described
Retaining plate one is arranged along transporting direction.
By using above-mentioned technical proposal, retaining plate one blocks the top in slide and sliding rail, avoids plastic cement drippage in two
The movement that pallet is influenced between person, promotes the stability of battery case sealing operation flowing water elder generation.
The utility model is further arranged to: rack gear is fixed on the chassis, the rack gear is set along transporting direction extension
It sets, feeder motor is fixed on the sliding rack, the turning end of the feeder motor is fixed with the gear being engaged with rack.
By using above-mentioned technical proposal, when starting feeder motor, gear rotation, so that pallet is moved along rack gear, into
And realize the purpose for the progress sealing operation for driving battery case mobile.
The utility model is further arranged to: the retaining plate two blocked above rack gear is fixed on the chassis, it is described
Retaining plate two is arranged along transporting direction, is extended with support portion on the sliding rack, and the feeder motor is fixed on support portion, and
The gear is located at the lower section of support portion.
By using above-mentioned technical proposal, retaining plate two is blocked in the top of rack gear, avoids plastic cement drippage in gear and tooth
The movement that pallet is influenced between item, promotes the stability of battery case sealing operation flowing water elder generation.
The utility model is further arranged to: being provided with and has been provided at circumferentially spaced for cooperating supporting shell on support frame as described above
The supporting block of body lower end, and the lower end of support frame as described above is provided with discharging cylinder, the telescopic end of the discharging cylinder pushes shell
It moves up.
By using above-mentioned technical proposal, workpiece to be placed in supporting block, supporting block defines the movement of battery case,
When being moved to unloading station after completing sealing operation, discharging cylinder pushes battery case to rise, and realization is unloaded from pallet
The purpose of battery case.
In conclusion the utility model has the following beneficial effects:
1, battery case is placed on pallet in feeding station, then pallet drives battery case successively to pass through gluing
Plastic cement is coated on battery case upper end by station and dry glue station, gluing manipulator, and after dry glue station solidifies plastic cement, fortune
Defeated frame drives battery case to be moved to unloading station, then dismantles battery case from pallet, completes the envelope of battery case
Glue operation；
2, pernicious gas is concentrated in Processing Room simultaneously, passes through aspiration pump by the setting of Processing Room and aspiration pump and gas gathering mask
It further concentrates, reduces the diffusion of the pernicious gas in Processing Room, and then reduce air pollution.
Detailed description of the invention
Fig. 1 is a kind of general assembly schematic diagram of battery case sealing system；
Fig. 2 is the schematic diagram for embodying processing doors structure；
Fig. 3 is the mounting structure for embodying ramp member and pallet；
Fig. 4 is the perspective view of the explosion for embodying supporting block mounting structure；
Fig. 5 is the cut-away view for embodying bulge loop internal structure；
Fig. 6 is the schematic diagram for embodying sealing plate structure；
Fig. 7 is the cross-sectional view for embodying sealing plate internal structure.
Appended drawing reference:
A1, delivery unit；A2, feeding station；A3, gluing station；A4, dry glue station；A5, unloading station；A6, slideway structure
Part；A7, chassis；A8, sliding rail；A9, retaining plate one；A10, rack gear；A11, retaining plate two；A12, gluing manipulator；
B1, pallet；B2, sliding rack；B21, slide；B3, support frame；B4, support portion；B41, feeder motor；B42, tooth
Wheel；B5, discharging cylinder；B6, supporting block；B7, inserting column；B71, inserting groove；B8, bulge loop；B81, caulking groove；B82, support spring；
B83, abaculus；B84, pulling-on piece；B85, limit road；B86, sliding block；B87, sliding slot；B9, piston plate；B91, thrust spring；B92, branch
Stay；
C1, Processing Room；C2, feed inlet；C3, discharge port；C4, partition panel；C5, ultraviolet lamp；C6, aspiration pump；C7, gas collection
Cover；C8, upper frame；C81, mandril；C9, sealing plate；C91, plug joint；C92, air intake duct；C93, air outlet；C10, gear ash brush；
C101, grafting item；C102, bristle；C103, limit hole；C11, spacer pin；C111, pull ring；C112, abutment ring；C113, promotion
Spring；C12, sealing strip；C13, drag hook；C14, reset spring.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
As depicted in figs. 1 and 2, a kind of battery case sealing system, including delivery unit A1 and pallet B1, along transport
The transporting direction of unit A1 is disposed with feeding station A2, gluing station A3, dry glue station A4 and unloading station A5, in gluing
The two sides of station A3 are provided with gluing manipulator A12；Battery case is placed on pallet B1 in feeding station A2, is then transported
Defeated frame B1 drives battery case successively to pass through gluing station A3 and dry glue station A4, gluing manipulator A12 and plastic cement is coated on battery
Shell upper end, and after dry glue station A4 solidifies plastic cement, pallet B1 drives battery case to be moved to unloading station A5, then
Battery case is dismantled from pallet B1, completes the sealing operation of battery case.
As shown in Figures 2 and 3, delivery unit A1 includes ramp member A6 and is set to two side positioning structure of ramp member A6
Part, and positioning member includes setting gradually feeding locating piece, gluing locating piece, dry glue locating piece and unloading along transporting direction to anticipate
Position part, and positioning member is all made of quick-speed jigs, when pallet B1 is moved to different stations, positioning member is matched with pallet B1
The movement for limiting battery case is closed, realization battery case is quick and stablizes the purpose of sealing operation.
As shown in Figure 3 and Figure 4, ramp member A6 includes chassis A7 and sliding rail A8, and chassis A7 is set along transporting direction extension
It sets, the upper end of chassis A7 is provided with a pair of of sliding rail A8, and sliding rail A8 extends along transporting direction, is arranged in the lower end of pallet B1
Have and define the moving direction of pallet B1 with the cooperation of the slide B21, sliding rail A8 and slide B21 of sliding rail A8 cooperation, so that fortune
Defeated frame B1, which stablizes, drives battery case to complete sealing operation.And one A9 of retaining plate is provided on pedestal, one A9's of retaining plate
Vertical section is Z-shape and extends along sliding rail A8 length direction, and one A9 of retaining plate is blocked in the top of slide B21 and sliding rail A8, kept away
Exempt from plastic cement drippage in the movement for influencing pallet B1 between the two, promotes the stability of battery case sealing operation flowing water elder generation.
As shown in Figure 3 and Figure 4, pallet B1 includes that sliding rack B2 and support frame B3, battery case are fixed on support frame
On B3, it is fixed with rack gear A10 in the upper end chassis A7 and between track, it is horizontally extending on sliding rack B2 to have branch
Support part B4, feeder motor B41 are fixed on support portion B4, and the turning end of feeder motor B41 is provided with gear B 42, and gear
B42 is located at the lower section of support portion B4, engages between gear B 42 and rack gear A10；As starting feeder motor B41, gear B 42 is rotated,
So that pallet B1 is moved along rack gear A10, and then realize the purpose for the progress sealing operation for driving battery case mobile；And
Two A11 of retaining plate is provided on chassis A7, the vertical section of two A11 of retaining plate is Z-shape to be extended along rack gear A10 length direction, gear
Two A11 of offset plate is blocked in the top of rack gear A10, and plastic cement drippage is avoided to influence pallet B1's between gear B 42 and rack gear A10
It is mobile, promote the stability of battery case sealing operation flowing water elder generation.
As shown in Figure 4 and Figure 5, supporting block B6 is circumferentially arranged at intervals on support frame B3, supporting block B6 is connected to battery
The lower end of shell, and the lower end of support frame B3 is provided with discharging cylinder B5, by workpiece place on supporting block B6, supporting block B6
Define the movement of battery case, when being moved to unloading station A5 after completing sealing operation, discharging cylinder B5 pushes battery case
Body rises, and realizes the purpose that battery case is unloaded from pallet B1.
And circumferentially-spaced on support frame B3 to be extended with bulge loop B8, bulge loop B8 extends along the vertical direction, supporting block B6's
Lower end is extended with the inserting column B7 being embedded in bulge loop B8, and inserting column B7 is embedded in bulge loop B8, realizes that supporting block B6 is being supported
Positioning on frame B3.Inserting groove B71 is offered in the opposite end of inserting column B7 radial direction, is offered on the inside of bulge loop B8 and grafting
Slot B71 opposite caulking groove B81, and support spring B82 and abaculus B83 is set in caulking groove B81, when inserting column B7 is embedded at bulge loop
When in B8, support spring B82 pushes the part abaculus B83 to be connected in caulking groove B81, further defines inserting column B7 and support
The movement of block B6 guarantees the stability that supporting block B6 supports battery case.
And pulling-on piece B84 one end sliding plug is provided in the caulking groove B81 of bulge loop B8, and the one end pulling-on piece B84 is fixedly connected
In abaculus B83 towards one end of support spring B82, when pulling pulling-on piece B84, pulling-on piece B84 drives abaculus B83 to be detached from inserting groove
B71, then inserting column B7 is extracted out from bulge loop B8, supporting block B6 dismountable purpose between support frame B3 is realized, convenient for more
It changes different supporting block B6 realizations and is used to support the different battery case of restriction；Wherein limit is offered in bulge loop B8 external circumferential
The both ends of road B85, limit road B85 are connected to caulking groove B81 respectively, and limiting road B85 along the section of fixing pipe radial direction is in convex shape,
Sliding is embedded with slide block B 86 in limit road B85, and will be in one end fixation and slide block B 86 of the pulling-on piece B84 far from abaculus B83；It is logical
Opposite pulling slide block B 86 is crossed, so that abaculus B83 is detached from from inserting groove B71 simultaneously, is convenient for supporting block B6 on support frame B3
Disassembly and replacement.
As shown in Figure 4 and Figure 5, sliding is provided with piston plate B9 in bulge loop B8, and thrust bullet is provided in bulge loop B8
Spring B91, thrust spring B91 push piston plate B9 mobile in the upper end bulge loop B8；When opposite pulling slide block B 86 make abaculus B83 from
When being detached from inserting groove B71, thrust spring B91 pushes piston plate B9, so that piston plate B9 pushes up inserting column B7 from bulge loop B8
Out, the further disassembly operation of easy to support piece of B6.And offer the cunning being connected to caulking groove B81 respectively in the inside of bulge loop B8
Slot B87, and sliding slot B87 is extended along the axis direction of bulge loop B8, sliding is embedded with support bar B92, support bar in sliding slot B87
One end of B92 is fixedly connected on piston plate B9；When pulling slide block B 86 to slide abaculus B83 to caulking groove B81, piston plate
B9 pushes inserting column B7 to be detached from bulge loop B8, while driving support bar B92 mobile, so as to be connected to abaculus B83 separate by support bar B92
One end of support spring B82, so that abaculus B83 is fixed in caulking groove B81, consequently facilitating will directly replace the lower end aft support block B6
Inserting column B7 is directly embedded in bulge loop B8, promotes supporting block B6 installation and fixed efficiency.
As depicted in figs. 1 and 2, it is additionally provided with Processing Room C1 in battery case sealing system, wherein gluing station A3 and dry
Glue station A4 is respectively positioned in Processing Room C1, offers evacuation pallet B1 and shell in one end of Processing Room C1 towards feeding station A2
The feed inlet C2 of body offers the discharge port of evacuation pallet B1 and shell in one end of Processing Room C1 towards unloading station A5
C3 reduces pollution and the sky of dust so that pallet B1, which drives shell to enter, carries out glue spraying and dry glue operation in Processing Room C1
The circulation of gas so that the gas that glue spraying and dry glue generate concentrates in Processing Room C1, and then reduces air pollution.
As shown in Figure 2 and Figure 6, it is provided with partition panel C4 in Processing Room C1, partition panel C4 is by gluing station A3 and dry glue
Station A4 separates, and is provided with ultraviolet lamp C5 in Processing Room C1 and in dry glue station A4, ultraviolet lamp C5 is distributed in Processing Room C1
Upper end, partition panel C4 avoid ultraviolet lamp C5 scattering enter glue spraying station, influence being normally carried out for glue spraying operation；And it concentrates ultraviolet
Lamp C5 light covers entire dry glue station A4, accelerates the efficiency of dry glue operation, and then promote the efficiency of shell sealing operation, and
Aspiration pump C6 is provided on Processing Room C1, the pumping end of air pump is connected to setting with dry glue work station, realizes dry glue station A4
The pernicious gas of middle generation is wherein discharged and handles, and further reduces air pollution.
As shown in Figure 2 and Figure 6, wherein the inlet end of aspiration pump C6 stretches out in Processing Room C1, and in the pumping of aspiration pump C6
End is provided with gas gathering mask C7, and gas gathering mask C7 preferably guides pernicious gas to enter in pumping pump, and gas gathering mask C7 is in rectangular and using sub-
Gram force plate realizes the centralized processing to pernicious gas, and avoids influencing the irradiation of ultraviolet lamp C5, guarantees dry glue efficiency.It is processing
The upper end of room C1 is provided with the upper frame C8 for being supported in the lower end gas gathering mask C7, and upper frame C8 includes one group of mandril extended along transporting direction
C81, mandril C81 are supported in the lower end of gas gathering mask C7, guarantee the stability of gas collection installation and collect the stability of pernicious gas.
As shown in Figure 6 and Figure 7, the sealing plate of sealed feed inlet C2 or discharge port C3 are respectively arranged on Processing Room C1
C9, and the lifting cylinder for driving sealing plate C9 to go up and down along the vertical direction is provided on Processing Room C1；When pallet B1 is mobile
Before, control sealing rises so that feed inlet C2 or discharge port C3 is opened, and then pallet B1 passes through；After pallet B1 passes through,
Sealing plate C9 declines again, realizes and seals to the part of feed inlet C2 and discharge port C3, reduces the pernicious gas in Processing Room C1
Diffusion, and then reduce air pollution.
As shown in Figure 6 and Figure 7, wherein gear ash brush C10 is provided in the lower end of sealing plate C9, in the lower end edge of sealing plate C9
Its width direction offers plug joint C91, keeps off ash brush C10 and includes the grafting C101 being embedded in plug joint C91 and be evenly distributed with
Bristle C102 in the lower end grafting C101, grafting C101, which are embedded at, to be fixed in plug joint C91, realizes that gear ash brush C10 exists
The fixed purpose in the lower end sealing plate C9, and when sealing plate C9 rises, drive shell to enter in Processing Room C1 in pallet B1
When, it keeps off ash brush C10 and sweeps off the dust on shell, dust is avoided to influence glue spraying operation；When sealing plate C9 decline, ash brush is kept off
C10 further increases the sealing to feed inlet C2 and discharge port C3, reduces the diffusion of the pernicious gas in Processing Room C1, and then subtracts
Small air pollution；And it is plugged with spacer pin C11 in the lower end sealing plate C9, spacer pin C11 is along perpendicular to the length side inserting groove B71
It is arranged to sliding, and offers the limit hole C103 for being embedded spacer pin C11 on grafting C101, it is embedding by sliding spacer pin C11
If or being detached from limit hole C103, and then realize gear ash brush C10 in the stabilization installation and removal of the lower end sealing plate C9；And spacer pin
C11 is upper and is arranged with push the spring C113 in inserting groove B71, and it is remote that abutting push the spring C113 is provided on spacer pin C11
Abutment ring C112 from inserting groove B71 inner wall one end, and spacer pin C11 is provided with pull ring far from one end of grafting C101
C111, pull ring C111 are connected to sealing plate C9, when grafting keeps off ash brush C10 and is fixed on the sealing plate lower end C9, unclamp pull ring C111,
Until the limit hole C103 on grafting C101 is aligned with spacer pin C11, push the spring C113 support limit pin C11 is embedded at limit
In the hole C103 of position, gear ash brush C10 is easy to implement in the installation and fixation of the lower end sealing plate C9.
And in the lower end of sealing plate C9 and towards offering air outlet C93 on the inside of Processing Room C1, in sealing plate C9
It is provided with the air intake duct C92 being connected to air outlet C93 along the vertical direction, aspiration pump C6 outlet air end is connected to air intake duct C92, it is real
The flowing of air in existing Processing Room C1, air is blown out from air outlet C93, so that the air in Processing Room C1 is always to Processing Room C1
Interior concentration reduces air in Processing Room C1 and and then reduces air pollution to external diffusion.It is wherein hinged useful on sealing plate C9
In the sealing strip C12 of sealing air outlet C93, air intake duct C92 inner wall and sealing strip C12 towards on the side of air outlet C93
It is fixed with drag hook C13, reset spring C14 is provided between drag hook C13, when aspiration pump C6 stops working, reset spring C14 is drawn
Dynamic sealing C12 blocks air outlet C93, and the air in Processing Room C1 is avoided to flow backward into sealing plate C9, realizes Processing Room C1
Interior air-stable is defined in Processing Room C1, and then reduces air pollution.
The working principle of the present embodiment is:
Battery case is placed on pallet B1 in feeding station A2, then pallet B1 drives battery case successively to pass through
Plastic cement is coated on battery case upper end by gluing station A3 and dry glue station A4, gluing manipulator A12, and is made in dry glue station A4
After plastic cement solidification, pallet B1 drives battery case to be moved to unloading station A5, then tears battery case from pallet B1 open
It unloads, completes the sealing operation of battery case.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
Claims (8)
1. a kind of battery case sealing system, it is characterised in that: including delivery unit (A1), the pallet for fixing shell
(B1) and Processing Room (C1) feeding station (A2), gluing work, are disposed with along the transporting direction of the delivery unit (A1)
Position (A3), dry glue station (A4) and unloading station (A5), the pallet (B1) are past along transporting direction in delivery unit (A1)
It is multiple mobile；
The delivery unit (A1) includes for limiting pallet (B1) moving direction ramp member (A6) and being set to slideway
The two sides component (A6) positioning member, and the positioning member includes that feeding locating piece, gluing positioning are set gradually along transporting direction
Part, dry glue locating piece and discharging positioning unit, and the two sides of the ramp member (A6) and the setting at gluing locating piece
There is the gluing manipulator (A12) for the gluing on shell；
The gluing station (A3) and dry glue station (A4) are all set in Processing Room (C1), and the Processing Room (C1) is towards feeding
One end of station (A2) offers the feed inlet (C2) of evacuation pallet (B1) and shell, and the Processing Room (C1) is towards rampman
One end of position (A5) offers the discharge port (C3) of evacuation pallet (B1) and shell, is provided with pumping on the Processing Room (C1)
It pumps (C6), the pumping end of the aspiration pump (C6) is connected to setting with dry glue work station, and the pumping end of the aspiration pump (C6) is set
It is equipped with gas gathering mask (C7).
2. a kind of battery case sealing system according to claim 1, it is characterised in that: the upper end of the Processing Room (C1)
It is provided with the upper frame (C8) for being supported in the lower end gas gathering mask (C7), the upper frame (C8) includes one group of mandril extended along transporting direction
(C81), the gas gathering mask (C7) is in cuboid, and the gas gathering mask (C7) uses acrylic board.
3. a kind of battery case sealing system according to claim 2, it is characterised in that: the upper end of the Processing Room (C1)
And be located at dry glue station (A4) and be provided with ultraviolet lamp (C5), ultraviolet lamp (C5) irradiated region covers dry glue station (A4).
4. a kind of battery case sealing system according to claim 1, it is characterised in that: the ramp member (A6) includes
Sliding rail (A8) on chassis (A7) and setting chassis (A7), the chassis (A7) are extended along transporting direction, the sliding rail
(A8) extend along transporting direction and symmetrically set positioned at chassis (A7) width direction and be fixed with a pair, the pallet (B1) includes sliding
Moving frame (B2) and support frame (B3) for positioning support shell, the lower end of the sliding rack (B2) is provided with matches with sliding rail (A8)
The slide (B21) of conjunction.
5. a kind of battery case sealing system according to claim 4, it is characterised in that: be fixed on the chassis (A7)
The retaining plate one (A9) above slide (B21) is blocked, the retaining plate one (A9) is arranged along transporting direction.
6. a kind of battery case sealing system according to claim 4, it is characterised in that: be fixed on the chassis (A7)
Rack gear (A10), the rack gear (A10) are extended along transporting direction, are fixed with feeder motor on the sliding rack (B2)
(B41), the turning end of the feeder motor (B41) is fixed with and rack gear (A10) meshed gears (B42).
7. a kind of battery case sealing system according to claim 6, it is characterised in that: be fixed on the chassis (A7)
The retaining plate two (A11) above rack gear (A10) is blocked, the retaining plate two (A11) is arranged along transporting direction, the sliding rack
(B2) it is extended on support portion (B4), the feeder motor (B41) is fixed on support portion (B4), and the position the gear (B42)
In the lower section of support portion (B4).
8. a kind of battery case sealing system according to claim 4, it is characterised in that: be arranged on support frame as described above (B3)
There is the supporting block (B6) being provided at circumferentially spaced for cooperating supporing shell lower end, and the lower end of support frame as described above (B3) is provided with
The telescopic end of discharging cylinder (B5), the discharging cylinder (B5) pushes shell to move up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920161101.5U CN209418695U (en) | 2019-01-29 | 2019-01-29 | A kind of battery case sealing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920161101.5U CN209418695U (en) | 2019-01-29 | 2019-01-29 | A kind of battery case sealing system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114871051A (en) * | 2021-07-02 | 2022-08-09 | 广东嘉尚新能源科技有限公司 | Side molding equipment of soft packet of lithium cell of adaptable different shapes |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114871051A (en) * | 2021-07-02 | 2022-08-09 | 广东嘉尚新能源科技有限公司 | Side molding equipment of soft packet of lithium cell of adaptable different shapes |
| CN114871051B (en) * | 2021-07-02 | 2023-02-28 | 广东嘉尚新能源科技有限公司 | Side molding equipment of soft packet of lithium cell of adaptable different shapes |
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