CN208033081U - Battery laminating mechanism and its lithium battery screening installation - Google Patents
Battery laminating mechanism and its lithium battery screening installation Download PDFInfo
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- CN208033081U CN208033081U CN201721820242.0U CN201721820242U CN208033081U CN 208033081 U CN208033081 U CN 208033081U CN 201721820242 U CN201721820242 U CN 201721820242U CN 208033081 U CN208033081 U CN 208033081U
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Abstract
A kind of battery laminating mechanism and its lithium battery screening installation, battery laminating mechanism include：Battery presses supporting rack, battery pressing transfer driving portion, battery pressing movable plate, battery pressing installation cross bar, battery pressing lifting unit, battery pressing fixed block and battery and presses ejection assembly, battery presses movable plate and is drivingly connected with battery pressing transfer driving portion, battery pressing installation cross bar is mounted on battery pressing movable plate, battery presses lifting unit and is mounted on battery pressing installation cross bar, and battery presses ejection assembly and is mounted in receiving mounting groove.Above-mentioned battery laminating mechanism includes：Battery presses supporting rack, battery pressing transfer driving portion, battery pressing movable plate, battery pressing installation cross bar, battery pressing lifting unit, battery pressing fixed block and battery and presses ejection assembly, pressing fixed operation when to complete to battery pack electrical detection, thus it prevents battery pack from position offset occurs in electrical detection, effectively improves the precision and production efficiency of detection.
Description
Technical field
The utility model is related to lithium battery manufacturing machine technical field of automation, more particularly to a kind of battery laminating mechanism
And its lithium battery screening installation.
Background technology
Factory automation refers to being not required to the direct Attended Operation of very important person, and by mechanical equipment, instrument and automation equipment
To complete the production process of product completely or partially processed.The range of production automation is very wide, including process automation,
Material stores and conveying automation, examination and test of products automation, assembly automation and product design and production management information processing
Automation etc..Under conditions of production automation, the function of people is mainly system design, assembling, adjustment, examines, work under supervision
Process, quality control and adjustment and maintenance automation equipment and device.Mechanical industry belong to noncontinuity production, with chemical industry,
The production of the continuous processes such as metallurgy, light industry is compared, and realizes that the difficulty of automation is larger.Since the 1960s, certainly with instrument
, there is numerically-controlled machine tool, machining center and work in the development of dynamic detection technique, electronic technology especially electronic computer technology
Industry robot etc., mechanical industry production automation have new breakthrough.Mechanical industry production automation divides from scale, there is single machine
Automation, automatic assembly line, flexible production line, automated workshop and automatic factory etc..One is had also appeared since the eighties
Kind is to realize the optimal integrated computer accessory production system (ICAMS) for turning to target of production process.It makes full use of computer
Technology prepares market prediction, order, product design, the production schedule and supervision material elements, processing, assembly, detects, product
The processes such as experiment and packaging delivery form a complete organic production system (see figure).Due to the production pipe science and engineering of most departments
Work can realize that the automation of more advanced pattern (includes the inspection of design information by means of the function of more multi-level computers
Rope and calculating, project plan comparison, graphic designs, production technology proceedings, data processing and storage etc.), this just not only can be big
The big complex management process for simplifying machine works, can also improve the management level of enterprise comprehensively.
Lithium battery in process of manufacture, need to lithium battery screen arrange, then by the battery pack to arrangement into
Row electrical detection, to carry out screening operation to lithium battery.Traditional lithium battery screening operation is the head by manually being operated
It first passes through and is manually electrically detected lithium battery, then screened further according to the result of detection.Artificial mode is not only divided
Choosing produces inefficient, and is easy sorting mistake, to influence the quality of subsequent production processing, and is carried out to battery pack
Battery pack is easy to happen shaking or offset when test, to influence to test effect.Therefore, how to design a kind of for lithium battery survey
Pressing when examination is fixed and the equipment of lithium battery screening operation is those skilled in the art's problem to be solved.
Utility model content
The purpose of the utility model is to overcome shortcoming in the prior art, a kind of battery laminating mechanism and its lithium are provided
Battery screening installation, effectively improves production efficiency.
The purpose of this utility model is achieved through the following technical solutions：
A kind of battery laminating mechanism includes：Battery presses supporting rack, battery pressing transfer driving portion, battery pressing movement
Plate, battery pressing installation cross bar, battery pressing lifting unit, battery pressing fixed block and battery press ejection assembly, the battery
Pressing transfer driving portion is mounted on battery pressing supporting rack, and the battery pressing movable plate is transferred with battery pressing
Driving portion is drivingly connected, and the battery pressing installation cross bar is mounted on battery pressing movable plate, and the battery pressing rises
Drop portion is mounted on battery pressing installation cross bar, and the battery pressing lifting unit connects with battery pressing fixed block driving
It connects, receiving mounting groove is offered on the battery pressing fixed block, the battery pressing ejection assembly is pacified mounted on the receiving
In tankage；
Multiple batteries pressings are offered on the one side of the battery pressing fixed block far from battery pressing lifting unit
Locating slot；
The battery pressing ejection assembly includes battery pressing ejection driving portion, battery pressing ejection telescopic rod and battery pressure
Ejecting limit block is closed, the battery pressing ejection driving portion is mounted in the receiving mounting groove, and the battery pressing ejection is stretched
One end of contracting bar is actively located in the battery pressing fixed block and extends to outside the battery pressing locating slot, the battery pressure
The other end and battery pressing ejection driving portion for closing ejection telescopic rod are drivingly connected, the battery pressing ejecting limit block peace
It is pressed on ejection telescopic rod mounted in the battery.
The battery pressing transfer driving portion is motor lead screw driving structure in one of the embodiments,.
The battery pressing lifting unit is lifting cylinder in one of the embodiments,.
The battery pressing ejection driving portion is ejection lifting cylinder in one of the embodiments,.
The battery pressing ejection assembly is provided with multiple in one of the embodiments,.
Multiple battery pressing ejection assemblies are arranged in "-" type in one of the embodiments,.
A kind of lithium battery screening installation, including above-mentioned battery laminating mechanism sort charging tray feed mechanism, further include work
Console, charging tray recycling elevating mechanism, battery-arrangements transport mechanism, battery-arrangements transfer device and sorting charging tray feed mechanism；
The sorting charging tray feed mechanism, charging tray recycling elevating mechanism, the battery-arrangements transport mechanism, the electricity
Pond arranges transfer device and the battery laminating mechanism is installed on the job control platform.
Compared with prior art, the utility model has at least the following advantages：
Above-mentioned battery laminating mechanism includes：Battery presses supporting rack, battery pressing transfer driving portion, battery pressing movement
Plate, battery pressing installation cross bar, battery pressing lifting unit, battery pressing fixed block and battery press ejection assembly, to complete
Pressing fixed operation when to battery pack electrical detection, thus prevents battery pack from position offset occurring in electrical detection, effectively
Improve the precision and production efficiency of detection.
Description of the drawings
Fig. 1 is the structural schematic diagram of the lithium battery screening installation of one embodiment of the utility model；
Fig. 2 is the structural schematic diagram of the sorting charging tray feed mechanism of the lithium battery screening installation in Fig. 1；
Fig. 3 is the structural schematic diagram of the battery-arrangements transport mechanism of the lithium battery screening installation in Fig. 1；
Fig. 4 is the structural schematic diagram of the battery-arrangements transfer device of the lithium battery screening installation in Fig. 1；
Fig. 5 is the structural schematic diagram of the battery laminating mechanism of the lithium battery screening installation in Fig. 1.
Specific implementation mode
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making new to this practicality
The disclosure of type understands more thorough and comprehensive.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not offered as being unique embodiment.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with the technology for belonging to the utility model
The normally understood meaning of technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more relevant Listed Items.
In one embodiment, a kind of lithium battery screening installation, including：Job control platform, sorting charging tray feed mechanism, charging tray
Recycle elevating mechanism, battery-arrangements transport mechanism, battery-arrangements transfer device and battery laminating mechanism；The sorting charging tray feeding
Mechanism, charging tray recycling elevating mechanism, the battery-arrangements transport mechanism, the battery-arrangements transfer device and the battery
Laminating mechanism is installed on the job control platform；The sorting charging tray feed mechanism and the battery-arrangements transport mechanism phase
It is mutually arranged in parallel, the charging tray recycling elevating mechanism is engaged on the discharge end of the sorting charging tray feed mechanism, the battery
Arrangement transfer device is used to the lithium battery transfer on the sorting charging tray feed mechanism being placed on the battery and arrange
In row transport mechanism, the battery laminating mechanism to lithium battery group in the battery-arrangements transport mechanism for carrying out pressing limit
Position；The charging tray recycling elevating mechanism includes that charging tray recycling installs case, charging tray recycling lifting driving portion and charging tray recycle lifter plate,
Charging tray feeding straight slot is offered on the one side of the charging tray recycling installs case, the charging tray recycling lifting driving portion is mounted on institute
It states in charging tray recycling installs case, the charging tray recycling lifter plate is drivingly connected with charging tray recycling lifting driving portion, the material
Disk recycling lifting driving portion drives the charging tray recycling lifter plate to carry out elevating movement in charging tray recycling installs case, described
Charging tray recycling lifter plate is connected or is detached from the sorting charging tray feed mechanism.Above-mentioned lithium battery screening installation passes through setting
Job control platform, sorting charging tray feed mechanism, charging tray recycling elevating mechanism, battery-arrangements transport mechanism, battery-arrangements transfer
Structure and battery laminating mechanism being capable of bases to complete to operations such as the feeding of lithium battery, transfer, arrangement placement, electrical detections
The structure of detection carries out sorting operation to lithium battery, thus instead of artificial mode of operation, effectively improves production efficiency and detection
Precision.
In order to preferably be illustrated to above-mentioned lithium battery screening installation, to more fully understand above-mentioned lithium battery screening installation
Design.Referring to Fig. 1, a kind of lithium battery screening installation 10, including：Job control platform 100, sorting charging tray feed mechanism 200,
Charging tray recycles elevating mechanism 300, battery-arrangements transport mechanism 400, battery-arrangements transfer device 500 and battery laminating mechanism 600.
Sort charging tray feed mechanism 200, charging tray recycling elevating mechanism 300, battery-arrangements transport mechanism 400, battery-arrangements transfer device
500 are installed in battery laminating mechanism 600 on job control platform 100.Charging tray feed mechanism 200 is sorted to pass with battery-arrangements
Send mechanism 400 arranged in parallel, charging tray recycling elevating mechanism 300 is engaged on the discharge end of sorting charging tray feed mechanism 200
On, battery-arrangements transfer device 500 is used to the lithium battery transfer sorted on charging tray feed mechanism 200 being placed on battery-arrangements and pass
It send in mechanism 400, battery laminating mechanism 600 to lithium battery group in battery-arrangements transport mechanism 400 for carrying out pressing limit.
It should be noted that the charging tray equipped with lithium battery is sent to electricity by sorting the progress feeding of charging tray feed mechanism 200
Pond arrange transport mechanism 400 on, by battery-arrangements transport mechanism 400 will sort charging tray feed mechanism 200 on lithium battery into
Row absorption, then moves and is placed in battery-arrangements transport mechanism 400 and be transmitted.Battery-arrangements transport mechanism 400 is by lithium
Battery is sent in corresponding detection station, and the battery pack detected to needs by battery laminating mechanism 600 carries out pressing fixation,
It completes to be detected operation again after fixing.Screening blanking operation is finally carried out to defective products battery according to the result of detection.
Referring to Fig. 1, in the following, the concrete structure for recycling elevating mechanism 300 to charging tray illustrates：
It includes charging tray recycling installs case 310, charging tray recycling lifting driving portion 320 and charging tray that charging tray, which recycles elevating mechanism 300,
Lifter plate 330 is recycled, charging tray feeding straight slot (not shown), charging tray recycling are offered on the one side of charging tray recycling installs case 310
It lifts driving portion 320 to be mounted in charging tray recycling installs case 310, charging tray recycles lifter plate 330 and charging tray recycling lifting driving portion
320 are drivingly connected, and charging tray recycling lifting driving portion 320 drives charging tray recycling lifter plate 330 enterprising in charging tray recycling installs case 310
Row elevating movement, charging tray recycle lifter plate 330 and are connected or are detached from sorting charging tray feed mechanism 200.
Referring to Fig. 1, charging tray recycling postive stop baffle 331 is mounted on the two sides of charging tray recycling lifter plate 330,
Postive stop baffle 331 is recycled by the way that charging tray is arranged, so as to carry out position restriction to the charging tray on charging tray recycling lifter plate 330,
Thus avoid charging tray that position offset occurs when carrying out descending operation.
Referring to Fig. 1, charging tray recycling riser guide 311 is installed in charging tray recycling installs case 310, charging tray recycling rises
Drop plate 330 is slidably mounted on charging tray recycling riser guide 311, riser guide 311 is recycled by the way that charging tray is arranged, so as to make
The elevating movement that charging tray recycles lifter plate 330 is more stablized, and prevents charging tray from position offset occurs when carrying out descending operation.
In one embodiment, it is hollow cavity structure that charging tray, which recycles installs case 310,；For another example, charging tray recycling lifting driving portion 320
Including motor lead screw lifting structure；For another example, charging tray recycling lifter plate 330 is square body structure, so, it is possible to improve whole knot
Structure intensity, to effectively improve the stability of elevating movement.
It should be noted that charging tray is transmitted operation by sorting charging tray feed mechanism 200, when battery-arrangements transfer
Structure 500 will sort after lithium battery is transferred completely into battery-arrangements transport mechanism 400 on charging tray feed mechanism 200, sort on charging tray
Charging tray is sent on charging tray recycling lifter plate 330 by material mechanism 200, and recycling lifting driving portion 320 by charging tray drives charging tray to return
It receives lifter plate 330 and carries out decline recycling, then taken out vacant charging tray by charging tray feeding straight slot.
Above-mentioned charging tray recycling elevating mechanism 300 recycles installs case 310, charging tray recycling lifting driving portion by the way that charging tray is arranged
320 recycle lifter plate 330 with charging tray, to complete the blanking reclaimer operation to charging tray, thus instead of artificial charging tray recycling side
Formula effectively improves production efficiency.
Referring to Fig. 2, in the following, being illustrated to the concrete structure for sorting charging tray feed mechanism 200：
A kind of sorting charging tray feed mechanism 200, including：Charging tray feeding mounting base 210, the first charging tray feeding transmit side plate
220, the second charging tray feeding transmission side plate 230, charging tray feeding support baseboard 240, the first charging tray feeding transmission chain 250, second
Charging tray feeding transmission chain 260 transmits drive component 270 with charging tray feeding, and the first charging tray feeding transmits side plate 220 and the second material
Disk feeding transmits side plate 230 symmetrically on the two sides of charging tray feeding mounting base 210, charging tray feeding support baseboard
240 are mounted between the first charging tray feeding transmission side plate 220 and the second charging tray feeding transmission side plate 230, and the first charging tray feeding passes
Chain 250 is sent to be mounted on the first charging tray feeding transmission side plate 220, the second charging tray feeding transmission chain 260 is mounted on the second material
Disk feeding transmits on side plate 230, the first charging tray feeding transmission chain 250 and the second charging tray feeding transmission chain 260 respectively with material
Disk feeding transmits drive component 270 and is drivingly connected.
Referring to Fig. 2, charging tray postive stop baffle 221, the second charging tray are installed on the first charging tray feeding transmission side plate 220
Charging tray positioning pushing component 280 is installed, charging tray postive stop baffle 221 positions pushing component with charging tray on feeding transmission side plate 230
280 are symmetrically set.The lower section of charging tray feeding support baseboard 240 is equipped with multiple charging tray feeding gear components 290.
Referring to Fig. 2, charging tray feeding transmits drive component 270 including on charging tray feeding transmission driving portion 271, charging tray
Expect that drive shaft 272 and charging tray feeding synchronous belt 273, charging tray feeding transmit driving portion 271 and be mounted on charging tray feeding mounting base 210
On, charging tray feeding drive shaft 272 is connected to the first charging tray feeding transmission chain 250 and the second charging tray feeding transmission chain 260
Between, charging tray feeding transmits driving portion 271 and is drivingly connected by charging tray feeding synchronous belt 273 and charging tray feeding drive shaft 272.
Referring to Fig. 2, charging tray positioning pushing component 280 includes that charging tray positioning pushes mounting plate 281, charging tray positioning to push away
Dynamic portion 282 positions pushing block 283 with charging tray, and charging tray positioning pushes mounting plate 281 to be mounted on the second charging tray feeding and transmits side plate 230
On, charging tray positions pushing part 282 and is mounted on charging tray positioning promotion mounting plate 281, and it is fixed with charging tray that charging tray positions pushing block 283
Position pushing part 282 is drivingly connected.
Referring to Fig. 2, charging tray feeding gear component 290 includes charging tray feeding gear lifting unit 291 and charging tray feeding
Gear elevator 292, charging tray feeding gear lifting unit 291 drive charging tray feeding gear elevator 292 to be actively located on charging tray
Expect on support baseboard 240.
In one embodiment, it is that charging tray feeding transmits driving motor that charging tray feeding, which transmits driving portion 271,.Charging tray positions pushing part
282 position pusher cylinder for charging tray.Charging tray feeding gear lifting unit 291 is charging tray feeding gear lifting cylinder.
It should be noted that sorting charging tray feed mechanism 200 is transmitted by the first charging tray feeding on side plate 220 and the second charging tray
The first charging tray feeding transmission chain 250 and the second charging tray feeding transmission chain 260 on material transmission side plate 230 carry out feeding transmission
Operation, the setting of charging tray feeding support baseboard 240 transmits side plate 220 in the first charging tray feeding and the second charging tray feeding transmits side plate
Play the role of support to charging tray between 230.After charging tray transmits in place, charging tray feeding gear lifting unit 291 drives on charging tray
Expect that gear elevator 292 rises, to play the role of blocking limit to charging tray, pushing part 282 is then positioned by charging tray again
Driving charging tray positioning pushing block 283 pushes to charging tray on charging tray postive stop baffle 221, to pass through charging tray postive stop baffle 221, material
Disk positions pushing block 283 and charging tray feeding gear elevator 292 and carries out position restriction to charging tray, thereby guarantees that charging tray on carrying out
Position offset will not occur when material operation.
Above-mentioned sorting charging tray feed mechanism 200, including：Charging tray feeding mounting base 210, the first charging tray feeding transmit side plate
220, the second charging tray feeding transmission side plate 230, charging tray feeding support baseboard 240, the first charging tray feeding transmission chain 250, second
Charging tray feeding transmission chain 260 transmits drive component 270 with charging tray feeding, is carried out to the charging tray equipped with lithium battery to realize
Material operation, thus instead of artificial material-uploading style, effectively improves the efficiency of production work.
Referring to Fig. 3, in the following, being illustrated to the concrete structure of battery-arrangements transport mechanism 400：
A kind of battery-arrangements transport mechanism 400, including：Arrangement transmission pedestal 410, arrangement conveyer belt 420, arrangement transmission are driven
Dynamic portion 430, arrangement transmission jig 440, the first battery detecting component 450 and the second battery detecting component 460, arrange conveyer belt
420 are mounted on arrangement transmission pedestal 410, and arrangement transmission driving portion 430 is drivingly connected with arrangement conveyer belt 420, arrangement transmission
Jig 440 is mounted on arrangement conveyer belt 420, and the first battery detecting component 450 is identical as 460 structure of the second battery detecting component
And symmetrically it is mounted on the both sides of arrangement conveyer belt 420.
Referring to Fig. 3, arrangement transmission postive stop baffle 411 is installed on one end of arrangement transmission pedestal 410, arrangement passes
It send and multiple arrangement transmission abutting columns 412 is installed on the one side of pedestal 410.In the present embodiment, arrangement transmission postive stop baffle
Buffer protection layer (not shown) is provided on 411.Buffer protection layer is cushion rubber layer.Transmission postive stop baffle is arranged by being arranged
411, the transmission position of arrangement transmission jig 440 can be defined, arrangement can be transmitted by the way that buffer protection layer is arranged
Jig 440 plays the role of buffer protection, to prevent arrangement transmission jig 440 to be damaged.
Referring to Fig. 3, multiple mutually arranged lithium battery placing grooves 441 are offered on arrangement transmission jig 440,
Each arrangement transmission abuts column 412 and is corresponded respectively with each lithium battery placing groove 441.
Referring to Fig. 3, the first battery detecting component 450 includes detection mounting base 451, detection pushing plate 452, inspection
It surveys and pushes driving portion 453 and detection probe 454, detection mounting base 451 is mounted on the one side of arrangement transmission pedestal 410, inspection
It surveys and driving portion 453 is pushed to be mounted in detection mounting base 451, detection pushing plate 452 pushes the driving of driving portion 453 to connect with detection
It connects, detection probe 454 is equipped with multiple and is separately mounted in detection pushing plate 452, and detection pushes the driving detection of driving portion 453 to push away
Movable plate 452 carries out the movement closer or far from arrangement conveyer belt 420.
In one embodiment, it is that detection pushes driving cylinder that detection, which pushes driving portion 453,；For another example, multiple detection probes 454 are in
"-" type is arranged；For another example, arrangement transmission driving portion 430 is arrangement transmission driving motor, so, it is possible to improve whole knot
Structure intensity, and the detection operation of battery is more accurate.
It should be noted that the battery transfer for sorting charging tray feed mechanism 200 is placed on by battery-arrangements transfer device 500
It is arranged on lithium battery placing groove 441 on arrangement transmission jig 440, to complete the arrangement placement operation of battery, in electricity
Column 412 is abutted by multiple arrangement transmission position restriction is carried out to the battery on arrangement transmission jig 440 when pond is placed, to
Placement precision can be improved.It completes the transmission jig 440 of the arrangement after arrangement and is sent to the inspection of the first battery by arranging conveyer belt 420
It surveys between component 450 and the second battery detecting component 460, then passes through the first battery detecting component 450 and the second battery detecting
Component 460 carries out electrical detection operation to the battery on arrangement transmission jig 440.Specifically, detection pushes driving portion 453 to drive
It detects pushing plate 452 to move, to by detecting the detection probe 454 in pushing plate 452 to the lithium on arrangement transmission jig 440
Battery carries out electrical detection operation.Then operation is transmitted to arrangement transmission jig 440 by arranging conveyer belt 420 again.Inspection
It measures the defective products come and recycling is taken out by artificial or corresponding manipulator.
Above-mentioned battery-arrangements transport mechanism 400 transmits pedestal 410, arrangement conveyer belt 420, arrangement transmission driving by arrangement
Portion 430, arrangement transmission jig 440, the first battery detecting component 450 and the second battery detecting component 460, to complete battery pair
Arrangement detection operation, thus instead of artificial mode of operation, effectively improve production efficiency.
Referring to Fig. 4, in the following, being illustrated to the concrete structure of battery-arrangements transfer device 500：
A kind of battery-arrangements transfer device 500, including：Traversing driving module is shifted in arrangement transfer supporting rack 510, arrangement
520, arrangement transfer lifts driving module 530, arranges transfer rotary driving part 540, the traversing slide plate 550 of arrangement transfer, arrangement turn
Move lifter slide 560, arrangement transfer rotation mounting plate 570 and arrangement transfer absorbent module 580.
Referring to Fig. 4, arrangement is shifted traversing driving module 520 and is mounted on arrangement transfer supporting rack 510, and arrangement turns
It moves traversing slide plate 550 and shifts the traversing drive connection of driving module 520 with arrangement, arrangement transfer lifting driving module 530 is mounted on
Arrangement is shifted on traversing slide plate 550, and arrangement transfer lifter slide 550 is drivingly connected with arrangement transfer lifting driving module 530, row
Column jump rotary driving part 540 is mounted on arrangement transfer lifter slide 550, and arrangement transfer rotation mounting plate 570 turns with arrangement
It moves rotary driving part 540 to be drivingly connected, arrangement transfer absorbent module 580 is mounted on arrangement transfer rotation mounting plate 570.
Referring to Fig. 4, arrangement transfer absorbent module 580 includes that absorption horizontal stripe block 581 is shifted in arrangement, arrangement transfer is inhaled
Attached lifting unit 582, arrangement transfer striker plate 583 and arrangement transfer backgauge lifting unit 584, arrangement transfer absorption lifting unit 582 with
Arrangement transfer backgauge lifting unit 584 is separately mounted on arrangement transfer rotation mounting plate 570, arrangement transfer absorption horizontal stripe block 581
Absorption lifting unit 582 is shifted with arrangement to be drivingly connected, arrangement transfer striker plate 583 drives with arrangement transfer backgauge lifting unit 584
Connection.
Referring to Fig. 4, arrangement transfer absorption horizontal stripe block 581 is far from the one end for arranging transfer absorption lifting unit 582
Absorption magnetic stripe (not shown) is installed, 581 activity of the arrangement transfer absorption driving arrangement transfer absorption horizontal stripe of lifting unit 582 block is worn
It is shifted on striker plate 583 with arrangement.
In one embodiment, it is the traversing driving structure of motor lead screw that traversing driving module is shifted in arrangement；For another example, arrangement transfer rises
Drop driving module is that motor lead screw lifts driving structure；For another example, arrangement transfer rotary driving part is arrangement transfer rotation driving electricity
Machine；For another example, arrangement transfer absorption lifting unit is arrangement transfer absorption lifting cylinder；For another example, arrangement transfer backgauge lifting unit is row
Column jump backgauge lifting cylinder so, it is possible to improve whole structural strength and stability, and the effect of translatory movement is more preferable.
It is shifted in arrangement it should be noted that the traversing traversing slide plate 550 of the driving of driving module 520 arrangement transfer is shifted in arrangement
It moves back and forth on supporting rack 510, sorting charging tray feed mechanism 200 is moved to will arrange and shift traversing slide plate 550
Above feeding station, then the driving arrangement transfer lifter slide 560 of module 530 is driven to be risen by arranging to shift to lift again
Drop movement, to make the arrangement transfer absorbent module 580 on transfer rotation mounting plate 570 move to sorting charging tray feed mechanism
Feeding operation is carried out in 200 feeding station.Specifically, shifting the absorption driving arrangement transfer absorption of lifting unit 582 by arranging
Horizontal stripe block 581 is declined, and is picked up to which the absorption magnetic stripe shifted by arrangement on absorption horizontal stripe block 581 carries out absorption to lithium battery
It takes, the movement of traversing slide plate 550 and arrangement transfer lifter slide 560 is shifted after the completion of pickup by arranging, to which magnetic will be adsorbed
Lithium battery on item is shifted and is placed on the arrangement transmission jig 440 of battery-arrangements transport mechanism 400.Specifically, passing through row
The driving arrangement transfer rotation mounting plate 570 of column jump rotary driving part 540 is rotated, to make original lithium electricity in a vertical shape
Pond rotation is horizontal, is then placed in the lithium battery placing groove 441 on arrangement transmission jig 440, the electricity of horizontal placement
Pond can be convenient for the detection of the first battery detecting component 450 and the second battery detecting component 460 to operate.After the completion of placement, pass through
Arrangement transfer backgauge lifting unit 584 drives arrangement transfer striker plate 583 to be moved, to make arrangement transfer absorption horizontal stripe block
It is detached from battery pack on 581, thus completes the arrangement transfer operation to battery pack.
Above-mentioned battery-arrangements transfer device 500 arranges transfer supporting rack 510, the traversing driving module of arrangement transfer by being arranged
520, arrangement transfer lifts driving module 530, arranges transfer rotary driving part 540, the traversing slide plate 550 of arrangement transfer, arrangement turn
Lifter slide 560, arrangement transfer rotation mounting plate 570 and arrangement transfer absorbent module 580 are moved, to complete the row to battery pack
Column jump operates, and thus instead of the artificial mode of production, effectively improves production efficiency.
Referring to Fig. 5, in the following, being illustrated to the concrete structure of battery laminating mechanism 600：
A kind of battery laminating mechanism 600 includes：Battery presses supporting rack 610, battery pressing transfer driving portion 620, battery
Press movable plate 630, battery pressing installation cross bar 640, battery pressing lifting unit 650, battery pressing fixed block 660 and battery pressure
Ejection assembly 670 is closed, battery pressing transfer driving portion 320 is mounted on battery pressing supporting rack 610, and battery presses movable plate
630 are drivingly connected with battery pressing transfer driving portion 620, and battery pressing installation cross bar 40 is mounted on battery and presses movable plate 630
On, battery presses lifting unit 650 and is mounted on battery pressing installation cross bar 640, and battery presses lifting unit 650 and battery pressing is solid
Determine the drive connection of block 660, receiving mounting groove 661 is offered on battery pressing fixed block 660, battery, which presses ejection assembly 670, pacifies
In receiving mounting groove 661.
Referring to Fig. 5, battery presses to be offered on one side of the fixed block 660 far from battery pressing lifting unit 650
Multiple batteries press locating slot 662.Multiple batteries pressing locating slots 662 are opened up on fixed block 660 by being pressed in battery, to
Battery in lithium battery placing groove 441 on arrangement transmission jig 440 can be fixed, so as to limit battery
Shift position so that battery pack is more when being detected for the first battery detecting component 450 and the second battery detecting component 460
Stablize and accuracy of detection higher.
Referring to Fig. 5, it includes battery pressing ejection driving portion 671, battery pressing top that battery, which presses ejection assembly 670,
Go out telescopic rod 672 and press ejecting limit block 673 with battery, battery pressing ejection driving portion 671 is mounted on receiving mounting groove 661
Interior, one end of battery pressing ejection telescopic rod 672 is actively located in battery pressing fixed block 660 and extends to battery pressing positioning
Outside slot 662, the other end and the battery pressing ejection driving portion 671 of battery pressing ejection telescopic rod 672 are drivingly connected, battery pressing
Ejecting limit block 673 is mounted on battery pressing ejection telescopic rod 672.
In one embodiment, battery pressing transfer driving portion is motor lead screw driving structure；For another example, battery pressing lifting unit is
Lifting cylinder；For another example, battery pressing ejection driving portion is ejection lifting cylinder；For another example, battery pressing ejection assembly is provided with more
It is a；For another example, multiple battery pressing ejection assemblies are arranged in "-" type；It so, it is possible to improve structural strength, and battery presses
Stability it is more preferable,
It should be noted that when battery pack carries out electrical detection, battery presses fixed block 660 and presses movement by battery
The movement of plate 630 is come above corresponding station, and the driving that lifting unit 650 is then pressed by battery transmits jig 440 to arrangement
On lithium battery pressed, so as to limit the shift position of battery so that the first battery detecting component 450 and the second electricity
Pond detection components 460 when being detected more stablize and accuracy of detection higher by battery pack.After completing test, battery pressing ejection
Driving portion 671 drives battery pressing ejection telescopic rod 672 to move, and to eject battery pack, while battery pressing fixed block 660 exists
Ascending motion is carried out under the driving of battery pressing lifting unit 650, thus, it is possible to prevent the battery pack after pressing to be fastened on battery pressure
It closes in the battery pressing locating slot 662 of fixed block 660.
Above-mentioned battery laminating mechanism 600 includes：Battery presses supporting rack 610, battery pressing transfer driving portion 620, battery
Press movable plate 630, battery pressing installation cross bar 640, battery pressing lifting unit 650, battery pressing fixed block 660 and battery pressure
Ejection assembly 670 is closed, thus pressing fixed operation when to complete to battery pack electrical detection prevents battery pack electrically examining
Position offset occurs when survey, effectively improves the precision and production efficiency of detection.
Compared with prior art, the utility model has at least the following advantages：
Above-mentioned lithium battery screening installation 10 is returned by the way that job control platform 100, sorting charging tray feed mechanism 200, charging tray is arranged
Elevating mechanism 300, battery-arrangements transport mechanism 400, battery-arrangements transfer device 500 and battery laminating mechanism 600 are received, to complete
The operations such as feeding, transfer, arrangement placement, the electrical detection of pairs of lithium battery can carry out lithium battery according to the structure of detection
Sorting operation, thus instead of artificial mode of operation, effectively improves production efficiency and the precision of detection.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (7)
1. a kind of battery laminating mechanism, which is characterized in that including：Battery presses supporting rack, battery pressing transfer driving portion, battery
It presses movable plate, battery pressing installation cross bar, battery pressing lifting unit, battery pressing fixed block and battery and presses ejection assembly,
The battery pressing transfer driving portion is mounted on battery pressing supporting rack, the battery pressing movable plate and the battery
Pressing transfer driving portion is drivingly connected, and the battery pressing installation cross bar is mounted on battery pressing movable plate, the electricity
Pond presses lifting unit and is mounted on battery pressing installation cross bar, and the battery pressing lifting unit is fixed with battery pressing
Block is drivingly connected, and receiving mounting groove is offered on the battery pressing fixed block, and the battery pressing ejection assembly is mounted on institute
It states in receiving mounting groove；
Multiple batteries pressing positioning are offered on the one side of the battery pressing fixed block far from battery pressing lifting unit
Slot；
The battery pressing ejection assembly includes that battery pressing ejection driving portion, battery pressing ejection telescopic rod and battery pressing are pushed up
Go out limited block, the battery pressing ejection driving portion is mounted in the receiving mounting groove, the battery pressing ejection telescopic rod
One end be actively located in battery pressing fixed block and extend to outside the battery pressing locating slot, battery pressing top
The other end and battery pressing ejection driving portion for going out telescopic rod are drivingly connected, and the battery pressing ejecting limit block is mounted on
On the battery pressing ejection telescopic rod.
2. battery laminating mechanism according to claim 1, which is characterized in that the battery pressing transfer driving portion is motor
Lead screw driving structure.
3. battery laminating mechanism according to claim 1, which is characterized in that the battery pressing lifting unit is lifting air
Cylinder.
4. battery laminating mechanism according to claim 1, which is characterized in that the battery pressing ejection driving portion is ejection
Lifting cylinder.
5. battery laminating mechanism according to claim 1, which is characterized in that the battery pressing ejection assembly is provided with more
It is a.
6. battery laminating mechanism according to claim 5, which is characterized in that multiple battery pressing ejection assemblies are in one
Font is arranged.
7. a kind of lithium battery screening installation, which is characterized in that including the battery pressing machine described in claim 1 to 6 any one
Structure sorts charging tray feed mechanism, further includes job control platform, charging tray recycling elevating mechanism, battery-arrangements transport mechanism, battery row
Column jump mechanism and sorting charging tray feed mechanism；
The sorting charging tray feed mechanism, charging tray recycling elevating mechanism, the battery-arrangements transport mechanism, battery row
Column jump mechanism and the battery laminating mechanism are installed on the job control platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721820242.0U CN208033081U (en) | 2017-12-20 | 2017-12-20 | Battery laminating mechanism and its lithium battery screening installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721820242.0U CN208033081U (en) | 2017-12-20 | 2017-12-20 | Battery laminating mechanism and its lithium battery screening installation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208033081U true CN208033081U (en) | 2018-11-02 |
Family
ID=63955286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721820242.0U Expired - Fee Related CN208033081U (en) | 2017-12-20 | 2017-12-20 | Battery laminating mechanism and its lithium battery screening installation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208033081U (en) |
-
2017
- 2017-12-20 CN CN201721820242.0U patent/CN208033081U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181102 Termination date: 20211220 |