CN105810880B - A kind of lithium battery dries fluid injection production line - Google Patents
A kind of lithium battery dries fluid injection production line Download PDFInfo
- Publication number
- CN105810880B CN105810880B CN201610285744.1A CN201610285744A CN105810880B CN 105810880 B CN105810880 B CN 105810880B CN 201610285744 A CN201610285744 A CN 201610285744A CN 105810880 B CN105810880 B CN 105810880B
- Authority
- CN
- China
- Prior art keywords
- plectrum
- driving
- transmission
- frame disk
- drive
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
- H01M50/60—Arrangements or processes for filling or topping-up with liquids; Arrangements or processes for draining liquids from casings
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Abstract
A kind of lithium battery dries fluid injection production line, including driving-chain assembly, upper plectrum assembly, transmission station assembly, battery liquid-filling frame disk, vacuum feed storehouse, dry vacuum container and vacuum liquid filling storehouse.Driving-chain assembly includes the transmission chain group being mounted in drive link group, active drive sprocket, slave drive sprocket wheel, driving-chain driving motor and frame disk transmission rail；Upper plectrum assembly is mounted on the top of frame disk Transfer pipe, including two upper plectrum drive rails, upper plectrum driving motor, upper leading screw screw rod, upper plectrum driving block, upper plectrum and upper leading screw nut；Lower plectrum assembly is mounted on the lower section of frame disk Transfer pipe, including two parallel lower plectrum guide rails, lower plectrum rail bracketses, lower plectrum transmission gear, lower plectrum driving rack, lower plectrum driving block and lower plectrum；Being driven station assembly includes two parallel drive station guide rails, integrated connection frame, transmission station sliding block, frame disk conveyer slideway, limiter, driving rack, transmission gear and transmission motor.
Description
Technical field
Present invention design lithium battery production technology is specially a kind of lithium battery drying fluid injection box assembly line.
Background technology
The carbon material negative pole that lithium battery uses, is all the specific surface using the porous characterization of adsorption of carbon material and super large, gap
The moisture content gas and impurity being inside rich in, can seriously affect battery performance index needs to carry out finally before injecting electrolytic solution is carried out
Drying.Existing drying process is by manually battery core to be injected is put into drying box by trolley, when drying process 48 is small
Left and right, then process next station progress fluid injection by manually releasing to send to lithium battery.This lithium battery drying means efficiency is low, relies on
Manually, lithium battery is exposed in atmospheric environment again again especially in transport, moisture and impurity in air can be again
It is secondary to enter influence battery quality, and the fluid injection process in existing lithium battery drying fluid injection production line is also required to by manually in gloves
Case is completed.Therefore provide and a kind of dried in dry fluid injection process by the lithium battery that need not manually carry and be capable of automatic fluid injection
Fluid injection production line becomes urgent problem to be solved in the prior art.
The content of the invention
In view of the deficiencies of the prior art, the technical issues of present invention intends to solve：A kind of lithium battery automatic drying fluid injection is provided
Box assembly line, lithium battery drying nest is in drying box in the production line, by transmission device by lithium battery to be dried automatically by
Drying station reaches fluid injection station, and during which the dry requirement of lithium battery is completed in vacuum dried storehouse in transmit process, and is being noted
Fluid injection is automatically performed in liquid station, avoids exposing lithium battery again in air, it is therefore prevented that secondary dirt of the air to lithium battery
Dye eliminates the existing process by artificial fluid injection, improves production efficiency.
The present invention provides a kind of lithium batteries to dry fluid injection production line, it is characterized in that the production line includes driving-chain assembly
1st, upper plectrum assembly 3, transmission station assembly 4, battery liquid-filling frame disk 5, vacuum feed storehouse 7, dry vacuum container 6 and vacuum liquid filling storehouse
8, the battery liquid-filling frame disk is the rectangular disk that can accommodate lithium battery single flat close-packed array
The driving-chain assembly includes at least 2N be mounted in drive link group 1.2 transmission chain group 1.1,4N active passes
Movable sprocket 1.4,4N slave drive sprocket wheel 1.5, driving-chain driving motor 1.7 and frame disk transmission rail 1.8；
The drive link group is made of four drive links, four drive links by two parallel contour installations underdrive
Bar 1.21 is formed with the upper drive link 1.22 of two parallel contour installations directly over underdrive bar, all drive links with
Driving-chain driving motor connects, alternate suit active drive sprocket and slave drive sprocket wheel on every drive link, the active biography
The suit mode of movable sprocket is set with to be fixed, and the suit mode of slave drive sprocket wheel is to be set with by rolling bearing.
With the axial for x-axis direction of drive link, and using the horizontal direction perpendicular to x-axis as y-axis direction, to be put down perpendicular to xy
The direction in face is z-axis direction, and vacuum feed storehouse, dry vacuum container and vacuum liquid filling storehouse are arranged along the x-axis direction successively,
The driving-chain that each transmission chain group 1.1 is located at same yz planes by two forms, the both ends suit of every driving-chain
On active drive sprocket and driven sprocket on the upper and lower drive link positioned at same xz planes, the transmission side of two driving-chains
To on the contrary, the driving-chain outer surface is spaced apart to install the transmission plectrum 1.3 parallel with x/y plane, in driving-chain driving
During motor driving drive link rotation, opposite two outer surface of each two driving-chains for being driven chain group is synchronous up or down
Movement, using it is each transmission chain group two driving-chains opposite two outer surface between space as frame disk transfer passage, with
The opposite two outer surface direction of motion of two driving-chains of each transmission chain group is the conveying direction of frame disk transfer passage；
Between the frame disk transfer passage of adjacent drive chain group and between the feed side and exit side of dry vacuum container and frame disk transfer passage
Be driven rail 1.8 with frame disk, the both ends of frame disk transmission rail respectively close to the top and bottom of frame disk transfer passage,
The transmission chain group, drive link group are installed in dry vacuum container 6, the feed side and exit side of dry vacuum container
Respectively close to the both ends of drive link, the frame disk conveying direction closest to the transmission chain group of dry vacuum container exit side is upward, and every
A transmission chain group is opposite with the frame disk conveying direction of adjacent drive chain group；
The vacuum feed storehouse 7 and vacuum liquid filling storehouse 8 are located at the feed side and exit side of dry vacuum container respectively, for putting
The battery liquid-filling frame disk for putting lithium battery is placed in vacuum feed storehouse and can enter from vacuum feed storehouse in dry vacuum container；Into
The battery liquid-filling frame disk of dry vacuum container horizontally enters into frame disk transfer passage and both ends are held up by transmission plectrum,
The upper plectrum assembly 3 is mounted on the top of frame disk Transfer pipe, including two upper plectrum drive rails 3.6, on
Plectrum driving motor 3.7, upper leading screw screw rod 3.3,2N upper plectrum driving blocks 3.1, N number of upper plectrum 3.4 and N number of upper leading screw spiral shell
Mother 3.5, the upper screw rod screw rod, upper screw rod nut, upper plectrum driving block and upper plectrum drive rail composition feed screw nut
Transmission mechanism, upper plectrum drive rail fixation are lifted on inside dry vacuum container warehouse top surface, the direction of upper plectrum drive rail
Parallel with X-direction, upper plectrum driving block, which matches somebody with somebody to merge with upper plectrum drive rail, to be lifted below upper plectrum drive rail, on
Screw screw rod one end is connected with upper plectrum driving motor, upper plectrum top respectively with upper plectrum driving block and upper screw rod nut
Lower surface connection is fixed, and upper plectrum is parallel with Y-axis, and upper leading screw nut can drive upper plectrum that will convey from below when being moved along x-axis
The exit side for be driven rail towards dry vacuum container through frame disk to the battery liquid-filling frame disk of frame disk transfer passage the top along X-axis is dialled
It is dynamic；
The lower plectrum assembly 2 be mounted on frame disk Transfer pipe lower section, including two parallel lower plectrum guide rails 2.9,
Lower plectrum rail brackets 2.5, lower plectrum transmission gear 2.4, lower plectrum driving rack 2.6, lower plectrum driving block 2.7 and N number of
Lower plectrum 2.10
The lower plectrum guide rail is matched with lower plectrum driving block below, and peace is fixed in lower plectrum driving block bottom
On lower plectrum rail brackets, lower plectrum rail brackets quantity is at least two, and lower plectrum guide rail is oriented parallel to X-axis side
To less than lower plectrum rail brackets quantity, the lower plectrum passes the lower plectrum driving block quantity of every lower plectrum guide rail
Moving gear and the engagement of lower plectrum driving rack, and driven by lower plectrum driving motor 2.11, lower plectrum driving rack is by setting aside
Piece connecting plate is relatively fixed with two lower plectrum guide rails and is connected, the lower plectrum along X-axis distributing installation on lower plectrum connecting plate,
Lower plectrum driving rack can drive lower plectrum that will be delivered to frame disk transfer passage bottom from top when being moved back and forth along X-axis
The frame disk that battery liquid-filling frame disk dials to adjacent transmission chain group along exit side of the X-axis through frame disk transmission rail towards dry vacuum container is defeated
It send in passage or dials in transmission station assembly；
The transmission station assembly includes two parallel drive station guide rails 4.3, integrated connection frame 4.5, transmission station and slides
Block 4.7, frame disk conveyer slideway 4.12, limiter 4.1, driving rack 4.11, transmission gear 4.8 and transmission motor 4.13
The transmission station guide rail is matched with transmission station sliding block below, and transmission station slider bottom is fixedly mounted on
On stent 4.6, number of holders at least two, transmission station guide rail is oriented parallel to X-direction, every transmission station guide rail
Matched driving block quantity is less than number of holders, and transmission gear 4.8 is mounted on the stent for not installing transmission station sliding block, institute
It states transmission gear to engage with driving rack 4.11, and is driven by transmission station driving motor 4.13, driving rack is connected by whole
It connects frame to be relatively fixed and be connected with two transmission station guide rails, installation station connecting plate 4.4 above the integrated connection frame, each limit
Position device is fixedly mounted on by 1 limiter connecting plate 4.2 on station connecting plate, when battery liquid-filling frame disk is from dry vacuum container
After moving along frame disk conveyer slideway after output and being got over above limiter, limiter can limit the anti-of battery liquid-filling frame disk x-axis
To movement, the frame disk conveyer slideway is located above transmission station guide rail, and battery liquid-filling frame disk can be conveyed by lower plectrum from frame disk
Passage bottom is dialed out on frame disk conveyer slideway.
A kind of described lithium battery drying fluid injection production line it is characterized in that it is preferred that N=3, limiter quantity are 4, is set aside
Piece rail brackets quantity is 4, and the lower plectrum driving block quantity of every lower plectrum guide rail is 3, number of holders 3
A, the transmission station sliding block of every transmission station guide rail is 2.
A kind of lithium battery drying fluid injection production line, it is characterized in that the driving-chain driving motor, upper plectrum drive
Motor, lower plectrum driving motor are mounted on outside dry vacuum container, and transmission station driving motor is mounted on outside vacuum liquid filling storehouse,
The drive link is connected by sealing the warehouse of bearing through dry vacuum container with driving-chain driving motor, upper screw rod screw rod end
Optical axis section be connected by sealing bearing through the babinet of vacuum drying chamber with upper plectrum driving motor, lower plectrum driving motor leads to
Crossing down plectrum drive link 2.2 drives lower plectrum transmission gear to rotate, and the lower plectrum drive link is by sealing bearing through vacuum
The warehouse of dryness storehouse is connected with lower plectrum driving motor, and the transmission station driving motor is turned by transmission shaft band nutating gear
Dynamic, the transmission shaft is connected by sealing the warehouse in bearing through vacuum liquid filling storehouse with transmission station driving motor.
A kind of lithium battery drying fluid injection production line provided by the invention, devises vacuum feed storehouse, the vacuum drying of series connection
Storehouse and vacuum liquid filling storehouse devise the transmission chain group to be formed to turning driving-chain in dry vacuum container, each transmission chain group
Form transfer passage between two driving-chains, the transfer passage transmission direction of adjacent drive chain group on the contrary, and transmission chain group it is upper and lower
Side sets upper plectrum assembly and lower plectrum assembly respectively, so as to so as to hold the battery liquid-filling frame disk (abbreviation frame disk) of lithium battery
It can complete to rise translation dropping motion in dry vacuum container, frame disk can be by doing by vacuum during elevating translational
Dry storehouse everywhere, avoid because in dry vacuum container different position drying property it is uneven caused by the irregular problem of product drying,
Not only drying efficiency is improved, but also the yield rate of product can be improved.In the drive link design of transmission chain group, using active driving-chain
The form of wheel layout alternate with slave drive sprocket wheel, the living load that can make four drive links is roughly the same, the biography optimized
The power arrangement of dynamic chain assembly.The transmission station guide rail and limit of rack and pinion drive mechanism driving are devised in vacuum liquid filling storehouse
Position device positions the X-direction for being placed on the frame disk on frame disk conveyer slideway by limiter and reciprocating motion realization and mobile,
In order to carry out automatic fluid injection to the lithium battery being arranged in frame disk, realize that dry and fluid injection whole-course automation produces.
Description of the drawings
Fig. 1 is a kind of overall structure signal for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Figure；
Fig. 2 is a kind of front view structure signal for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Figure；
Fig. 3 is that a kind of right side for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line regards structural representation
Figure；
Fig. 4 is a kind of lower plectrum assembly structure for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Schematic diagram；
Fig. 5 is a kind of upper plectrum assembly structure for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Schematic diagram；
Fig. 6 is a kind of transmission station assembly knot for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Structure schematic diagram；
Fig. 7 is a kind of transmission station assembly for embodiment that a kind of lithium battery provided by the invention dries fluid injection production line
Close-up schematic view.
In figure
1st, driving-chain assembly, 1.2, drive link group, 1.21, underdrive bar, 1.22, upper drive link, 1.1, transmission chain group,
1.3rd, it is driven plectrum, 1.4, active drive sprocket, 1.5, slave drive sprocket wheel, 1.7, driving-chain driving motor, 1.8, frame disk passes
Dynamic rail；
2nd, lower plectrum assembly, 2.2, lower plectrum drive link, 2.4, lower plectrum transmission gear, 2.5, lower plectrum rail brackets,
2.6th, lower plectrum driving rack, 2.7, lower plectrum driving block, 2.8, lower plectrum connecting plate, 2.9, lower plectrum guide rail, 2.10, under
Plectrum, 2.11, lower plectrum driving motor；
3rd, upper plectrum assembly, 3.1, upper plectrum driving block, 3.3, upper leading screw screw rod, 3.4, upper plectrum, 3.5, upper leading screw
Nut, 3.6, upper plectrum drive rail, 3.7, upper plectrum driving motor
4th, it is driven station assembly, 4.1, limiter, 4.2, limiter connecting plate, 4.3, transmission station guide rail, 4.4, station
Connecting plate, 4.5, integrated connection frame, 4.6, stent, 4.7, transmission station sliding block, 4.8, transmission gear, 4.10, transmission shaft,
4.11st, driving rack, 4.12, frame disk conveyer slideway, 4.13, transmission motor；
5th, battery liquid-filling frame disk, 6, dry vacuum container, 7, vacuum feed storehouse, 8, vacuum liquid filling storehouse
Specific embodiment：
The present invention is further discussed below with reference to embodiment and its attached drawing.
The lithium battery drying fluid injection production line (abbreviation production line, referring to Fig. 1-7) that the present invention designs, including driving-chain assembly
1st, upper plectrum assembly 3, transmission station assembly 4, battery liquid-filling frame disk 5, vacuum feed storehouse 7, dry vacuum container 6 and vacuum liquid filling storehouse
8, the battery liquid-filling frame disk is the rectangular disk that can accommodate lithium battery single flat close-packed array
The driving-chain assembly includes at least 2N be mounted in drive link group 1.2 transmission chain group 1.1,4N active passes
Movable sprocket 1.4,4N slave drive sprocket wheel 1.5, driving-chain driving motor 1.7 and frame disk transmission rail 1.8；
The drive link group is made of four drive links, four drive links by two parallel contour installations underdrive
Bar 1.21 is formed with the upper drive link 1.22 of two parallel contour installations directly over underdrive bar, all drive links with
Driving-chain driving motor connects, alternate suit active drive sprocket and slave drive sprocket wheel on every drive link, the active biography
The suit mode of movable sprocket is set with to be fixed, and the suit mode of slave drive sprocket wheel is to be set with by rolling bearing.
With the axial for x-axis direction of drive link, and using the horizontal direction perpendicular to x-axis as y-axis direction, to be put down perpendicular to xy
The direction in face is z-axis direction, and vacuum feed storehouse, dry vacuum container and vacuum liquid filling storehouse are arranged along the x-axis direction successively,
The driving-chain that each transmission chain group 1.1 is located at same yz planes by two forms, the both ends suit of every driving-chain
On active drive sprocket and driven sprocket on the upper and lower drive link positioned at same xz planes, the transmission side of two driving-chains
To on the contrary, the driving-chain outer surface is spaced apart to install the transmission plectrum 1.3 parallel with x/y plane, in driving-chain driving
During motor driving drive link rotation, opposite two outer surface of each two driving-chains for being driven chain group is synchronous up or down
Movement, using it is each transmission chain group two driving-chains opposite two outer surface between space as frame disk transfer passage, with
The opposite two outer surface direction of motion of two driving-chains of each transmission chain group is the conveying direction of frame disk transfer passage；
Between the frame disk transfer passage of adjacent drive chain group and between the feed side and exit side of dry vacuum container and frame disk transfer passage
Be driven rail 1.8 with frame disk, the both ends of frame disk transmission rail respectively close to the top and bottom of frame disk transfer passage,
The transmission chain group, drive link group are installed in dry vacuum container 6, the feed side and exit side of dry vacuum container
Respectively close to the both ends of drive link, the frame disk conveying direction closest to the transmission chain group of dry vacuum container exit side is upward, and every
A transmission chain group is opposite with the frame disk conveying direction of adjacent drive chain group；
The vacuum feed storehouse 7 and vacuum liquid filling storehouse 8 are located at the feed side and exit side of dry vacuum container respectively, for putting
The battery liquid-filling frame disk for putting lithium battery is placed in vacuum feed storehouse and can enter from vacuum feed storehouse in dry vacuum container；Into
The battery liquid-filling frame disk of dry vacuum container horizontally enters into frame disk transfer passage and both ends are held up by transmission plectrum,
The upper plectrum assembly 3 is mounted on the top of frame disk Transfer pipe, including two upper plectrum drive rails 3.6, on
Plectrum driving motor 3.7, upper leading screw screw rod 3.3,2N upper plectrum driving blocks 3.1, N number of upper plectrum 3.4 and N number of upper leading screw spiral shell
Mother 3.5, the upper screw rod screw rod, upper screw rod nut, upper plectrum driving block and upper plectrum drive rail composition feed screw nut
Transmission mechanism, upper plectrum drive rail fixation are lifted on inside dry vacuum container warehouse top surface, the direction of upper plectrum drive rail
Parallel with X-direction, upper plectrum driving block, which matches somebody with somebody to merge with upper plectrum drive rail, to be lifted below upper plectrum drive rail, on
Screw screw rod one end is connected with upper plectrum driving motor, upper plectrum top respectively with upper plectrum driving block and upper screw rod nut
Lower surface connection is fixed, and upper plectrum is parallel with Y-axis, and upper leading screw nut can drive upper plectrum that will convey from below when being moved along x-axis
The exit side for be driven rail towards dry vacuum container through frame disk to the battery liquid-filling frame disk of frame disk transfer passage the top along X-axis is dialled
It is dynamic；
The lower plectrum assembly 2 be mounted on frame disk Transfer pipe lower section, including two parallel lower plectrum guide rails 2.9,
Lower plectrum rail brackets 2.5, lower plectrum transmission gear 2.4, lower plectrum driving rack 2.6, lower plectrum driving block 2.7 and N number of
Lower plectrum 2.10
The lower plectrum guide rail is matched with lower plectrum driving block below, and peace is fixed in lower plectrum driving block bottom
On lower plectrum rail brackets, lower plectrum rail brackets quantity is at least two, and lower plectrum guide rail is oriented parallel to X-axis side
To less than lower plectrum rail brackets quantity, the lower plectrum passes the lower plectrum driving block quantity of every lower plectrum guide rail
Moving gear and the engagement of lower plectrum driving rack, and driven by lower plectrum driving motor 2.11, lower plectrum driving rack is by setting aside
Piece connecting plate 2.8 is relatively fixed with two lower plectrum guide rails and is connected, and the lower plectrum is along X-axis distributing installation in lower plectrum connecting plate
On, lower plectrum driving rack can drive lower plectrum that will be delivered to frame disk transfer passage from top when being moved back and forth along X-axis most lower
The battery liquid-filling frame disk of side dials to the frame of adjacent transmission chain group along exit side of the X-axis through frame disk transmission rail towards dry vacuum container
In disk transfer passage or dial in transmission station assembly；
The transmission station assembly includes two parallel drive station guide rails 4.3, integrated connection frame 4.5, transmission station and slides
Block 4.7, frame disk conveyer slideway 4.12, limiter 4.1, driving rack 4.11, transmission gear 4.8 and transmission motor 4.13
The transmission station guide rail is matched with transmission station sliding block below, and transmission station slider bottom is fixedly mounted on
On stent 4.6, number of holders at least two, transmission station guide rail is oriented parallel to X-direction, every transmission station guide rail
Matched driving block quantity is less than number of holders, and transmission gear 4.8 is mounted on the stent for not installing transmission station sliding block, institute
It states transmission gear to engage with driving rack 4.11, and is driven by transmission station driving motor 4.13, driving rack is connected by whole
It connects frame to be relatively fixed and be connected with two transmission station guide rails, installation station connecting plate 4.4 above the integrated connection frame, each limit
Position device is fixedly mounted on by 1 limiter connecting plate 4.2 on station connecting plate, when battery liquid-filling frame disk is from dry vacuum container
After moving along frame disk conveyer slideway after output and being got over above limiter, limiter can limit the anti-of battery liquid-filling frame disk x-axis
To movement, the frame disk conveyer slideway is located above transmission station guide rail, and battery liquid-filling frame disk can be conveyed by lower plectrum from frame disk
Passage bottom is dialed out on frame disk conveyer slideway.
Embodiment
N=3 in the present embodiment, limiter quantity are 4, and lower plectrum rail brackets quantity is 4, every lower plectrum guide rail
Matched lower plectrum driving block quantity is 3, and number of holders is 3, and the transmission station of every transmission station guide rail is slided
Block is 2.
The driving-chain driving motor, upper plectrum driving motor, lower plectrum driving motor are mounted on outside dry vacuum container,
It is driven station driving motor to be mounted on outside vacuum liquid filling storehouse, the drive link passes through the storehouse of dry vacuum container by sealing bearing
Body is connected with driving-chain driving motor,
The optical axis section of upper screw rod screw rod end drives electricity by sealing the babinet of bearing through vacuum drying chamber with upper plectrum
Machine connects,
Lower plectrum driving motor drives lower plectrum transmission gear to rotate by lower plectrum drive link 2.2, and the lower plectrum passes
Lever is connected by sealing the warehouse of bearing through dry vacuum container with lower plectrum driving motor,
The transmission station driving motor is rotated by transmission shaft 4.10 with nutating gear, and the transmission shaft passes through sealing
The warehouse in bearing through vacuum liquid filling storehouse is connected with transmission station driving motor.
A kind of overall structure diagram of lithium battery drying fluid injection production line provided in the present embodiment (is gone as shown in Figure 1
Fall dry vacuum container, vacuum liquid filling storehouse and vacuum feed storehouse)；Main structure diagram as shown in Fig. 2, right side structural representation such as
Shown in Fig. 3, the structure diagram of lower plectrum assembly, upper plectrum assembly and transmission station assembly as shown in figures 4-6, is driven respectively
The close-up schematic view of station assembly is as shown in Figure 7
Lithium battery provided by the invention dries the operation principle of fluid injection production line and process：
1) battery liquid-filling frame disk to be dried by vacuum feed storehouse enter dry vacuum container, and pass through frame disk be driven rail into
Enter closest in the conveying space of the transmission chain group of dry vacuum container feed side, and passed by a pair of of bottom in the transfer passage
Dynamic plectrum holds up battery liquid-filling frame disk；
2) start driving-chain driving motor, battery liquid-filling frame disk in transfer passage is moved from the bottom to the top, works as electricity
When pond fluid injection frame disk reaches transfer passage upper end, driving-chain driving motor stops, and upper plectrum driving motor starts, by battery liquid-filling
Frame disk is resetted along X-axis after frame disk transmission rail is allocated on the transmission plectrum of next transfer passage upper end；
3) driving-chain driving motor is started, battery liquid-filling frame disk, from the downward end motion in upper end, works as battery in transfer passage
When fluid injection frame disk reaches transfer passage lower end, driving-chain driving motor stops, and lower plectrum driving motor starts, by battery liquid-filling frame
Disk is resetted along X-axis after frame disk transmission rail is allocated on the transmission plectrum of next transfer passage lower end or is driven in station assembly；
4) battery liquid-filling frame disk is allocated to from dry vacuum container on the frame disk conveyer slideway in vacuum liquid filling storehouse, in inertia
After crossing limiter under effect, transmission station driving motor 4.13, which starts, makes limiter promote battery liquid-filling frame disk to fluid injection station
After stop, it is to be injected after the completion of limiter counter motion complete reset.When limiter quantity more than one, the first limiter is anti-
While completing to reset to movement, also counter motion pushes battery liquid-filling frame to next fluid injection work to other limiters again to after resetting
Position.
Repeat step 1)~3) it can be completed battery liquid-filling frame disk is entered into dry vacuum container and defeated from vacuum feed storehouse
Stepping is sent in passage to convey, completes drying in transmission process, the dry battery liquid-filling frame disk completed in vacuum liquid filling storehouse by
Position-limited rack is delivered to fluid injection station and carries out automatic fluid injection.
The present invention need not dry fluid injection production line in drying process to be a kind of by the automatic lithium battery manually carried, during which
The dry of lithium battery is completed through dryness storehouse in transmit process to require, and be automatically performed fluid injection in fluid injection station, avoid lithium
Battery exposes in air again, it is therefore prevented that secondary pollution of the air to lithium battery eliminates the existing process by artificial fluid injection, carry
High production efficiency.
The present invention does not address part and is suitable for the prior art.
Claims (3)
1. a kind of lithium battery dries fluid injection production line, it is characterized in that the production line include driving-chain assembly, upper plectrum assembly, under
Plectrum assembly, transmission station assembly, battery liquid-filling frame disk, vacuum feed storehouse, dry vacuum container and vacuum liquid filling storehouse, the battery
Fluid injection frame disk is the rectangular disk that can accommodate lithium battery single flat close-packed array；
The driving-chain assembly includes at least 2N be mounted in drive link group transmission chain group, 4N active drive sprocket, 4N
A slave drive sprocket wheel, driving-chain driving motor and frame disk transmission rail；
The drive link group is made of four drive links, four drive links by two parallel contour installations underdrive bar and
The upper drive link composition of two parallel contour installations directly over underdrive bar, all drive links drive electricity with driving-chain
Machine connects, alternate suit active drive sprocket and slave drive sprocket wheel, the suit of the active drive sprocket on every drive link
Mode is set with to be fixed, and the suit mode of slave drive sprocket wheel is to be set with by rolling bearing；
With the axial for x-axis direction of drive link, and using the horizontal direction perpendicular to x-axis as y-axis direction, with perpendicular to x/y plane
Direction is z-axis direction, and vacuum feed storehouse, dry vacuum container and vacuum liquid filling storehouse are arranged along the x-axis direction successively,
The driving-chain that each transmission chain group is located at same yz planes by two forms, and the both ends of every driving-chain are sleeved on positioned at same
On active drive sprocket and driven sprocket on the upper and lower drive link of one xz planes, the transmission direction of two driving-chains is on the contrary, institute
The driving-chain outer surface installation spaced apart transmission plectrum parallel with x/y plane is stated, drives and is driven in driving-chain driving motor
When bar rotates, opposite two outer surface of each two driving-chains for being driven chain group is synchronously moved upwardly or downwardly, with each
The space between opposite two outer surface of two driving-chains of chain group is driven as frame disk transfer passage, with each transmission chain group
Two driving-chains the opposite two outer surface direction of motion be frame disk transfer passage conveying direction；In adjacent drive chain group
Frame disk transfer passage between and the feed side and exit side of dry vacuum container and frame disk transfer passage between have frame disk transmission
Rail, the both ends of frame disk transmission rail respectively close to the top and bottom of frame disk transfer passage,
The transmission chain group, drive link group are installed in dry vacuum container, and feed side and the exit side of dry vacuum container are distinguished
Close to the both ends of drive link, the frame disk conveying direction closest to the transmission chain group of dry vacuum container exit side is upward, and each biography
Dynamic chain group is opposite with the frame disk conveying direction of adjacent drive chain group；
The vacuum feed storehouse and vacuum liquid filling storehouse are located at the feed side and exit side of dry vacuum container respectively, for placing lithium electricity
The battery liquid-filling frame disk in pond is placed in vacuum feed storehouse and can enter from vacuum feed storehouse in dry vacuum container；It is done into vacuum
The battery liquid-filling frame disk in dry storehouse horizontally enters into frame disk transfer passage and both ends are held up by transmission plectrum,
The upper plectrum assembly is mounted on the top of frame disk Transfer pipe, including two upper plectrum drive rails, the drivings of upper plectrum
Motor, upper leading screw screw rod, 2N upper plectrum driving blocks, N number of upper plectrum and N number of upper leading screw nut, the upper screw rod screw rod,
Upper screw rod nut, upper plectrum driving block and upper plectrum drive rail composition screw nut driven mechanism, upper plectrum drive rail
Fixation is lifted on inside dry vacuum container warehouse top surface, and the direction of upper plectrum drive rail is parallel with X-direction, upper plectrum transmission
Sliding block, which matches somebody with somebody to merge with upper plectrum drive rail, to be lifted below upper plectrum drive rail, and upper screw rod screw rod one end drives with upper plectrum
Motor connects, and upper plectrum top is connected fixation, upper plectrum and Y with the lower surface of upper plectrum driving block and upper screw rod nut respectively
Axis is parallel, and upper leading screw nut can drive upper plectrum to come conveying from below to frame disk transfer passage the top when being moved along x-axis
Battery liquid-filling frame disk is stirred along exit side of the X-axis through frame disk transmission rail towards dry vacuum container；
The lower plectrum assembly is mounted on the lower section of frame disk Transfer pipe, is led including two parallel lower plectrum guide rails, lower plectrums
Rail stent, lower plectrum transmission gear, lower plectrum driving rack, lower plectrum driving block and N number of lower plectrum；
The lower plectrum guide rail is matched with lower plectrum driving block below, and lower plectrum driving block bottom is fixedly mounted on
On lower plectrum rail brackets, lower plectrum rail brackets quantity is at least two, and lower plectrum guide rail is oriented parallel to X-direction,
The lower plectrum driving block quantity of every lower plectrum guide rail is less than lower plectrum rail brackets quantity, the lower plectrum driving cog
Wheel and the engagement of lower plectrum driving rack, and driven by lower plectrum driving motor, lower plectrum driving rack passes through lower plectrum connecting plate
It is relatively fixed and is connected with two lower plectrum guide rails, along X-axis distributing installation on lower plectrum connecting plate, lower plectrum passes the lower plectrum
Carry-over bar can drive lower plectrum that will be delivered to the battery liquid-filling of frame disk transfer passage bottom from top when being moved back and forth along X-axis
Frame disk along X-axis through frame disk transmission rail towards dry vacuum container exit side dial to adjacent transmission chain group frame disk transfer passage in
Or it dials in transmission station assembly；
The transmission station assembly includes two parallel drive station guide rails, integrated connection frame, transmission station sliding block, the conveying of frame disk
Slide, limiter, driving rack, transmission gear and transmission motor；
The transmission station guide rail is matched with transmission station sliding block below, and transmission station slider bottom is fixedly mounted on stent
On, number of holders at least two, transmission station guide rail is oriented parallel to X-direction, and every is driven station guide rail
Driving block quantity is less than number of holders, and transmission gear is mounted on the stent for not installing transmission station sliding block, the driving cog
Wheel is engaged with driving rack, and is driven by transmission station driving motor, and driving rack is by being connected frame and two transmission works
Position guide rail is relatively fixed connection, installs station connecting plate above the integrated connection frame, each limiter is connected by 1 limiter
Fishplate bar is fixedly mounted on station connecting plate, is transported after battery liquid-filling frame disk is exported from dry vacuum container along frame disk conveyer slideway
After moving and being got over above limiter, limiter can limit the counter motion of battery liquid-filling frame disk x-axis, the frame disk conveyer slideway
Above transmission station guide rail, battery liquid-filling frame disk can dial out to the conveying of frame disk by lower plectrum from frame disk transfer passage bottom
On slide.
2. a kind of lithium battery drying fluid injection production line as described in claim 1, it is characterized in that N=3, limiter quantity is 4,
Lower plectrum rail brackets quantity is 4, and the lower plectrum driving block quantity of every lower plectrum guide rail is 3, number of holders
For 3, the transmission station sliding block of every transmission station guide rail is 2.
3. a kind of lithium battery drying fluid injection production line as described in claim 1, it is characterized in that the driving-chain driving motor, on
Plectrum driving motor, lower plectrum driving motor are mounted on outside dry vacuum container, and transmission station driving motor is mounted on vacuum impregnating
Outside liquid storehouse, the drive link is connected by sealing the warehouse of bearing through dry vacuum container with driving-chain driving motor, upper silk
The optical axis section of bar screw rod end is connected by sealing the babinet of bearing through vacuum drying chamber with upper plectrum driving motor, lower plectrum
Driving motor drives lower plectrum transmission gear to rotate by lower plectrum drive link, and the lower plectrum drive link is worn by sealing bearing
The warehouse for crossing dry vacuum container is connected with lower plectrum driving motor, and the transmission station driving motor is driven by transmission shaft to be driven
Gear rotates, and the transmission shaft is connected by sealing the warehouse in bearing through vacuum liquid filling storehouse with transmission station driving motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610285744.1A CN105810880B (en) | 2016-05-01 | 2016-05-01 | A kind of lithium battery dries fluid injection production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610285744.1A CN105810880B (en) | 2016-05-01 | 2016-05-01 | A kind of lithium battery dries fluid injection production line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105810880A CN105810880A (en) | 2016-07-27 |
| CN105810880B true CN105810880B (en) | 2018-05-18 |
Family
ID=56459049
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610285744.1A Expired - Fee Related CN105810880B (en) | 2016-05-01 | 2016-05-01 | A kind of lithium battery dries fluid injection production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105810880B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106904430B (en) * | 2017-03-27 | 2022-12-20 | 张家港市百思特超声电气有限公司 | Finger-dialing displacement device and working method thereof |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202585663U (en) * | 2012-05-14 | 2012-12-05 | 江门金刚电源制品有限公司 | Electro-hydraulic replenishing device for zinc chloride-enriched battery automatic production line |
| CN204538131U (en) * | 2015-02-16 | 2015-08-05 | 深圳市瑞昇新能源科技有限公司 | Dry fluid injection all-in-one |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011134631A (en) * | 2009-12-25 | 2011-07-07 | Shibuya Kogyo Co Ltd | Method and device for filling battery container with electrolyte |
-
2016
- 2016-05-01 CN CN201610285744.1A patent/CN105810880B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202585663U (en) * | 2012-05-14 | 2012-12-05 | 江门金刚电源制品有限公司 | Electro-hydraulic replenishing device for zinc chloride-enriched battery automatic production line |
| CN204538131U (en) * | 2015-02-16 | 2015-08-05 | 深圳市瑞昇新能源科技有限公司 | Dry fluid injection all-in-one |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105810880A (en) | 2016-07-27 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105798609B (en) | Limit switch kludge | |
| CN103662707B (en) | A kind of battery automatic grouping machine | |
| CN106312549B (en) | A kind of LED panel lamp automatic assembly equipment | |
| CN208548417U (en) | Full-automation is at integrated machine for sorting | |
| CN203998096U (en) | Graphite boat automatic loading and unloading sheet devices for tubular type PECVD | |
| CN204361178U (en) | The feeding system of button cell Electrical Discharge Machine | |
| CN107462068A (en) | Circulate body of heater formula lithium battery automatic baking system | |
| CN105047594A (en) | Device for loading and carrying battery pieces | |
| CN107052586B (en) | A kind of silicon wafer laser marking machine | |
| CN106181311A (en) | A kind of unmanned automatic production line of NOTE | |
| CN109488697A (en) | A kind of bearing assembles flowing water processing line automatically | |
| CN111912176A (en) | Automatic vacuum drying production line for batteries | |
| CN105810880B (en) | A kind of lithium battery dries fluid injection production line | |
| CN206123055U (en) | NOTE does not have humanization automation line | |
| CN203581881U (en) | Automatic battery grouping machine | |
| CN106216270A (en) | Full-automatic battery slice power separator | |
| CN208254076U (en) | Intelligent transfer formula drying line | |
| CN209698377U (en) | A kind of automatic loading tool machine | |
| CN204206636U (en) | A kind of LED chip mounter | |
| CN103000081A (en) | Electric energy meter automatic sealing device and method | |
| CN209503188U (en) | A kind of lamp bar automatic conveyor suitable for lamp bar welding equipment | |
| CN202898221U (en) | Full automatic ordered tube installation device | |
| CN213631588U (en) | Sealed furnace-feeding transplanter for kiln outer rail automatic circulation line production | |
| CN105845611A (en) | Take-up mechanism and silicon wafer loading and unloading system | |
| CN209306338U (en) | A kind of connecting mechanism of uninterrupted magazine up and down |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180518 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |