CN209080929U - Soft package lithium battery is melted into handling equipment - Google Patents
Soft package lithium battery is melted into handling equipment Download PDFInfo
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- CN209080929U CN209080929U CN201821931577.4U CN201821931577U CN209080929U CN 209080929 U CN209080929 U CN 209080929U CN 201821931577 U CN201821931577 U CN 201821931577U CN 209080929 U CN209080929 U CN 209080929U
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Abstract
The utility model discloses a kind of soft package lithium batteries to be melted into handling equipment, it is desirable to provide a kind of mechanism is compact, occupies little space and soft package lithium battery that loading and unloading are high-efficient chemical conversion handling equipment.In the present invention, blanking waterwheel, feeding waterwheel and duplex manipulator in X to and it is preceding, after be arranged successively, feeding turnover mechanism, tab reshaping device is respectively positioned on the rear of duplex manipulator, tab reshaping device is located at the right of feeding turnover mechanism, feeding transportation module in X to and the right of tab reshaping device is set, feeding manipulator is in Y-direction and one end that feeding waterwheel and blanking waterwheel is arranged in, blanking mechanical hand is in Y-direction and the other end that feeding waterwheel and blanking waterwheel is arranged in, blanking transverse-moving mechanism is in Y-direction and is arranged between one end and blanking waterwheel of blanking mechanical hand, the other end of blanking mechanical hand is provided with blanking turnover mechanism and discharging mechanism.The utility model is applied to the technical field of battery handling equipment.
Description
Technical field
The utility model relates to a kind of battery handling equipment, in particular to a kind of soft package lithium battery chemical conversion loading and unloading dress
It sets.
Background technique
It in the production of soft package lithium battery, needs to concentrate batch soft package lithium battery and be melted into chemical conversion machine, and show
Technology is by the way that battery is manually carried out feeding from feeding pipeline, finally again by being manually placed on the battery being melted into
On blanking pipeline, it is clear that aforesaid way not only loading and unloading inefficiency is unfavorable for the raising of production efficiency, while overall structure
It is not compact enough.
Utility model content
Technical problem to be solved in the utility model be overcome the deficiencies of the prior art and provide a kind of mechanism it is compact,
It occupies little space and soft package lithium battery that loading and unloading are high-efficient chemical conversion handling equipment.
The technical scheme adopted by the utility model is the utility model includes feeding transportation module, duplex manipulator, pole
Ear reshaping device, feeding turnover mechanism, feeding waterwheel, feeding manipulator, blanking waterwheel, blanking transverse-moving mechanism and blanking mechanical
Hand, the blanking waterwheel, the feeding waterwheel and the duplex manipulator in X to and it is forward and backward be arranged successively, feeding overturning
Mechanism, the tab reshaping device are respectively positioned on the rear of the duplex manipulator, and the tab reshaping device is located at the feeding
The right of turnover mechanism, the feeding transportation module in X to and the right of the tab reshaping device, the feeder are set
Tool hand is in Y-direction and one end that the feeding waterwheel and the blanking waterwheel is arranged in, and the blanking mechanical hand exists in Y-direction and setting
The other end of the feeding waterwheel and the blanking waterwheel, the blanking transverse-moving mechanism is in Y-direction and is arranged in the blanking mechanical
Between one end of hand and the blanking waterwheel, the other end of the blanking mechanical hand is provided with blanking turnover mechanism and discharging machine
Structure, the blanking turnover mechanism and the discharging mechanism in X to and forward and backward be arranged successively.
Further, the feeding transportation module include material fetching mechanism and in X to pan feeding belt-conveying line, the reclaimer
Structure is located at the rear of the pan feeding belt-conveying line, and the material fetching mechanism includes feeding fixing seat, sets in the feeding fixing seat
It is equipped with feeding mounting rack, the front end face of the feeding mounting rack is provided with the first sliding rail and is slidably fitted on first sliding rail
The traversing plate of feeding, be provided with feeding transverse cylinder component and feeding rotary cylinder component on the traversing plate of feeding, it is described to take
The one end and the feeding rotary cylinder component phase secure fit, the cylinder rod of the other end and the feeding for expecting transverse cylinder component are pacified
The side end face phase secure fit shelved, the lower part of the feeding rotary cylinder component are provided with feeding lifting cylinder, the feeding
The cylinder rod secure fit of lifting cylinder lower part has feeding battery sucker.
Further, the duplex manipulator includes the first mounting base, and the side of first mounting base is provided with movable plate
Drive module and the second sliding rail, second sliding rail are horizontally installed on the side of first mounting base, on second sliding rail
It is sliding combined with the first movement mounting plate with movable plate drive module transmission cooperation, a left side for the first movement mounting plate
Right both ends are respectively arranged with the first battery sucker mould group and the second battery sucker mould group, the tab reshaping device and the feeding
Turnover mechanism matches with the first battery sucker mould group, the second battery sucker mould group and the tab reshaping device
It closes.
Further, the tab reshaping device includes the first bottom plate and secure fit on the first movement mounting plate
Clap support base, there are top mounting plate, the branch of clapping in the upper surface of first bottom plate by several column secure fits
Seat is supportted between the first battery sucker mould group and the second battery sucker mould group, the side of the support base of clapping is set
It is equipped with cylinder of clapping, the cylinder rod secure fit of the cylinder lower end of clapping has battery airbag to clap plate, the top mounting plate
Side is provided with claps board spacer with the battery airbag battery airbag that plate matches of clapping, and is provided on first bottom plate
Tab is clapped cylinder, and the clap cylinder rod secure fit of cylinder upper end of the tab has tab to clap Anchor plate kit, and the tab is clapped
Flat clamp component is arranged in the front end of the top mounting plate, and the feeding turnover mechanism includes the second mounting base, and described second
The both ends of mounting base are respectively arranged with the first spill spin block and the second spill spin block, are additionally provided with the second rotation in second mounting base
Cylinder, the movable end of second rotary cylinder and the first spill spin block phase secure fit, first spill spin block and described
Secure fit has battery returning face plate between second spill spin block, several battery nozzles are provided on the battery returning face plate, described
Tab, which is clapped, is also embedded with tab detector on Anchor plate kit.
Further, the described soft package lithium battery chemical conversion handling equipment further includes that feeding battery code scanning station, feeding are bad
Product cell station and blanking defective products cell station, the feeding battery code scanning station are located at the rear of the feeding manipulator,
The feeding defective products cell station is arranged between the feeding turnover mechanism and the feeding waterwheel, the blanking defective products
Cell station is arranged between the feeding waterwheel and the blanking mechanical hand.
Further, the blanking transverse-moving mechanism includes fixed mounting, and third sliding rail is provided on the fixed mounting
And it is slidably fitted in the second movement mounting plate on the third sliding rail, it is traversing to be provided with battery on the described second mobile mounting plate
Suction cup assembly, the lower end surface of the traversing Suction cup assembly of battery are provided with third horizontal mounting plate, the third horizontal mounting plate
Front end face on be provided with driving cylinder, secure fit exists after the cylinder rod of the driving cylinder passes through the third horizontal mounting plate
On the fixed mounting.
Further, the blanking mechanical hand includes blanking support base, the first guide rod and the second guide rod, the blanking support base
On be provided with second laterally linear motion mould group, it is described second laterally linear motion mould group side movable slider on secure fit
There is the 4th horizontal mounting plate, cylinder mounting base, the cylinder mounting base are provided on the front end face of the 4th horizontal mounting plate
Upper end be provided with main lifting cylinder, the cylinder rod of the main lifting cylinder lower end pass through after the cylinder mounting base with auxiliary lifting air
The cylinder rod phase secure fit on cylinder top, the lower part secure fit of the auxiliary lifting cylinder have height tolerances mounting base, the height
The left end of tolerance mounting base is provided with tolerance cylinder, after the cylinder rod of tolerance cylinder lower end passes through the height tolerances mounting base
Left battery Suction cup assembly is fixedly connected with, at least provided with a linear bearing, institute in the two side ends of the cylinder mounting base
The first guide rod is stated across the linear bearing of the left-hand end of the cylinder mounting base, and bottom is installed across the height tolerances
Seat after with the left battery Suction cup assembly secure fit, second guide rod pass through the cylinder mounting base right-hand end it is described
Linear bearing, and there is right battery Suction cup assembly in bottom across secure fit after the height tolerances mounting base.
Further, the blanking turnover mechanism includes the first bottom mounting plate, and first bottom mounting plate upper end passes through
Several column secure fits have the first top mounting plate, and the front end of first top mounting plate is provided with battery overturning component
And battery side positioning cylinder component, rear end are provided with battery side fixed plate, left end is provided with battery edge sealing edge-folding mechanism, right
End is provided with battery top margin positioning cylinder component, and the battery edge sealing edge-folding mechanism includes being arranged in first bottom mounting plate
The first jacking cylinder, the cylinder rod secure fit on first jacking cylinder top has bottom edge flanging push plate, the bottom edge flanging
Push plate is located at the left end of first top mounting plate, and the inclination for battery flanging is provided in the bottom edge flanging push plate
Face.
Further, the discharging mechanism include first laterally linear motion mould group and with it is described first laterally linear motion mould
The discharging transmission component of the parallel setting of group, the described first movable end secure fit for laterally moving along a straight line mould group side have first
Horizontal mounting plate is provided with lifting cylinder component on the front end face of first horizontal mounting plate, the lifting cylinder component
Secure fit has the second horizontal mounting plate on the push rod of lower end, and second horizontal mounting plate is slidably fitted in the described first vertical peace
In loading board, belt component is provided in the discharging transmission component, one end of the discharging transmission component is provided with the first rotation
The other end of the cylinder and end secure fit is in second horizontal mounting plate, the discharging transmission component is provided with shaft,
It is mutually driven between the shaft and first rotary cylinder by the belt component, the lower end transmission of the shaft is combined with
Discharge Suction cup assembly.
The beneficial effects of the utility model are: there is not compact enough the situation of overall structure compared with the existing technology, at this
In utility model, the blanking waterwheel, the feeding waterwheel and the duplex manipulator in X to and it is forward and backward be arranged successively, it is described
Feeding turnover mechanism, the tab reshaping device are respectively positioned on the rear of the duplex manipulator, the feeding manipulator and described
Blanking mechanical hand is in Y-direction, the blanking transverse-moving mechanism in Y-direction and be arranged in the blanking mechanical hand one end and the blanking
Between waterwheel, the blanking turnover mechanism and the discharging mechanism in X to and it is forward and backward be arranged successively, it is mechanical to pass through the duplex
Hand connects the feeding transportation module and the tab reshaping device, by the feeding turnover mechanism by the tab shaping
Mechanism and feeding manipulator connection are connected the blanking waterwheel and the blanking mechanical hand by the blanking transverse-moving mechanism
It connects, is connected the blanking mechanical hand and the discharging mechanism by the blanking turnover mechanism, so that soft package lithium battery
Expect that the feeding waterwheel is melted into from above, then to automatic blanking after chemical conversion to blanking pipeline, to realize on full-automatic
Blanking substitutes manual operation by automatic operation to improve the efficiency of loading and unloading, while each mechanism rational deployment and structure
It is compact so that the utility model occupies little space, so, so that the utility model has, mechanism is compact, occupy little space and
The high-efficient advantage of loading and unloading.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model；
Fig. 2 is the schematic layout pattern of the utility model；
Fig. 3 is the schematic perspective view of material fetching mechanism；
Fig. 4 is the schematic perspective view of duplex manipulator, tab reshaping device and feeding turnover mechanism；
Fig. 5 is the schematic perspective view of duplex manipulator；
Fig. 6 is the schematic perspective view of tab reshaping device；
Fig. 7 is the schematic perspective view of feeding turnover mechanism；
Fig. 8 is the schematic perspective view of blanking transverse-moving mechanism；
Fig. 9 is the schematic perspective view of blanking mechanical hand；
Figure 10 is the partial enlarged view of the part B of Fig. 9；
Figure 11 is the schematic perspective view of blanking turnover mechanism；
Figure 12 is the schematic perspective view of discharging mechanism；
Figure 13 is the partial enlarged view of the part A of Figure 12.
Specific embodiment
As shown in Figure 1 to Figure 2, in the present embodiment, the utility model include feeding transportation module 1, duplex manipulator 2,
Tab reshaping device 3, feeding turnover mechanism 4, feeding waterwheel 5, feeding manipulator 6, blanking waterwheel 7, blanking transverse-moving mechanism 8 and under
Expect manipulator 9, the blanking waterwheel 7, the feeding waterwheel 5 and the duplex manipulator 2 in X to and it is forward and backward be arranged successively, institute
State feeding turnover mechanism 4, the tab reshaping device 3 is respectively positioned on the rear of the duplex manipulator 2, the tab reshaping device
3 be located at the feeding turnover mechanism 4 right, the feeding transportation module 1 in X to and be arranged in the tab reshaping device 3
Right, the feeding manipulator 6 is in Y-direction and one end of the feeding waterwheel 5 and the blanking waterwheel 7 is arranged in, under described
Material manipulator 9 is in Y-direction and the other end that the feeding waterwheel 5 and the blanking waterwheel 7 is arranged in, the blanking transverse-moving mechanism 8
In Y-direction and it is arranged between one end and the blanking waterwheel 7 of the blanking mechanical hand 9, the other end of the blanking mechanical hand 9
Be provided with blanking turnover mechanism 10 and discharging mechanism 11, the blanking turnover mechanism 10 and the discharging mechanism 11 in X to and it is preceding,
After be arranged successively.The feeding transportation module 1 is configured to that the soft package lithium battery of feeding pipeline is grabbed and transported, the duplex
Manipulator 2 is configured to grab battery from the feeding transportation module 1 and transport to the tab reshaping device 3 and the feeding
On turnover mechanism 4, the tab reshaping device 3 is configured to grab the duplex manipulator 2 from the feeding transportation module 1
The battery come carries out that airbag is clapped and tab shaping and detection, the feeding turnover mechanism 4 are configured to the duplex is mechanical
Hand 2 grabs the battery come from the tab reshaping device 3 and is overturn, and the feeding waterwheel 5 is configured to load feeding battery,
The feeding manipulator 6 is configured to the battery on the feeding turnover mechanism 4 being placed sequentially in the feeding waterwheel 5 one by one
On, the blanking waterwheel 7 is configured to load the battery being melted on the feeding waterwheel 5, and the blanking transverse-moving mechanism 8 is configured to
By the battery removal on the blanking waterwheel 7, the blanking mechanical hand 9 is configured to grab on the battery of the blanking transverse-moving mechanism 8
It gets in the blanking turnover mechanism 10, the blanking turnover mechanism 10 configures battery pair and overturn, positioned and edge sealing folding
Side, the discharging mechanism 11 are configured to grab the battery of the blanking turnover mechanism 10, rotate, and are then placed within equipment
On external blanking pipeline, there is not compact enough the situation of overall structure, in the present invention, institute compared with the existing technology
State blanking waterwheel 7, the feeding waterwheel 5 and the duplex manipulator 2 in X to and it is forward and backward be arranged successively, the feeding tipper
Structure 4, the tab reshaping device 3 are respectively positioned on the rear of the duplex manipulator 2, the feeding manipulator 6 and the blanking machine
Tool hand 9 be in Y-direction, the blanking transverse-moving mechanism 8 in Y-direction and be arranged in the blanking mechanical hand 9 one end and the blanking water
Between vehicle 7, the blanking turnover mechanism 10 and the discharging mechanism 11 in X to and it is forward and backward be arranged successively, pass through the duplex machine
Tool hand 2 connects the feeding transportation module 1 and the tab reshaping device 3, by the feeding turnover mechanism 4 by the pole
Ear reshaping device 3 and the feeding manipulator 6 connect, by the blanking transverse-moving mechanism 8 by the blanking waterwheel 7 and it is described under
Expect that manipulator 9 connects, is connected the blanking mechanical hand 9 and the discharging mechanism 11 by the blanking turnover mechanism 10, from
And make soft package lithium battery expect that the feeding waterwheel 5 is melted into from above, then to automatic blanking after chemical conversion to blanking pipeline,
To realize full-automatic loading and unloading, manual operation is substituted by automatic operation to improve the efficiency of loading and unloading, while each machine
Structure rational deployment and compact-sized, so that the utility model occupies little space, so that the utility model has, mechanism is compact, accounts for
With the advantage that space is small and loading and unloading are high-efficient.
As shown in Figure 1 to Figure 3, in the present embodiment, the feeding transportation module 1 include material fetching mechanism 101 and in X to
Pan feeding belt-conveying line 102, the material fetching mechanism 101 are located at the rear of the pan feeding belt-conveying line 102, the material fetching mechanism
101 include feeding fixing seat 103, is provided with feeding mounting rack 104, the feeding mounting rack 104 in the feeding fixing seat 103
The front end face traversing plate 106 of feeding that is provided with the first sliding rail 105 and is slidably fitted on first sliding rail 105, it is described to take
Expect to be provided with feeding transverse cylinder component 107 and feeding rotary cylinder component 108, the feeding transverse cylinder on traversing plate 106
One end of component 107 and the 108 phase secure fit of feeding rotary cylinder component, the cylinder rod of the other end and the feeding mounting rack
The lower part of 104 side end face phase secure fit, the feeding rotary cylinder component 108 is provided with feeding lifting cylinder 109, described
The cylinder rod secure fit of 109 lower part of feeding lifting cylinder has feeding battery sucker 110.The material fetching mechanism 101 is configured to from setting
Standby external feeding pipeline grabs battery, and the pan feeding belt-conveying line 102 is configured to the battery to the material fetching mechanism 101
It is transported, in use, the feeding mounting rack 104 is stretched out and pushed to the cylinder rod of the feeding transverse cylinder component 107, so that
The cylinder body and the rotary cylinder component 108 of the feeding transverse cylinder component 107 are reversed and are pushed on feeding pipeline, together
The cylinder rod of Shi Suoshu feeding lifting cylinder 109 pushes the feeding battery sucker 110 to move downward, so that the feeding battery is inhaled
Disk 110 can grab battery on feeding pipeline, and the cylinder rod of feeding lifting cylinder 109 described further pulls the feeding
Battery sucker 110 moves upwards, and the cylinder rod of feeding transverse cylinder component 107 described further is shunk, so that the feeding is traversing
The cylinder body of cylinder assembly 107 and the rotary cylinder component 108 return to the top of the pan feeding belt-conveying line 102, described to take
The cylinder rod of material lifting cylinder 109 pushes the feeding battery sucker 110 to move downward, and the feeding battery sucker 110 is grabbed
Battery be placed on the pan feeding belt-conveying line 102 and transported, by the setting of the feeding transportation module 1 so that this
Utility model without human intervention, the speed of soft package lithium battery loading and unloading is improved by full-automatic design.
As shown in Figures 4 to 6, in the present embodiment, the duplex manipulator 2 include the first mounting base 201, described first
The side of mounting base 201 is provided with movable plate drive module 202 and the second sliding rail 203, and second sliding rail 203 is horizontally installed on
The side of first mounting base 201, is sliding combined on second sliding rail 203 and the movable plate drive module 202 passes
The first movement mounting plate 204 of dynamic cooperation, the left and right ends of the first movement mounting plate 204 are respectively arranged with the suction of the first battery
Disk mould group 205 and the second battery sucker mould group 206, the tab reshaping device 3 and the feeding turnover mechanism 4 are with described
One battery sucker mould group 205, the second battery sucker mould group 206 are matched with the tab reshaping device 3.The movable plate
Drive module 202 is for driving the first movement mounting plate 204 to slide on second sliding rail 203, second battery
Sucker mould group 206 is used to grab battery on the feeding transportation module 1 and transports the tab reshaping device 3, described
First battery sucker mould group 205 is used to grab the battery on the tab reshaping device 3 to the feeding turnover mechanism 4, originally
Utility model can be improved the loading and unloading speed of battery by the setting of the duplex manipulator 2, so that the utility model has
The advantages of improving loading and unloading speed.
As shown in Figures 4 to 6, in the present embodiment, the tab reshaping device 3 includes that the first bottom plate 301 and fixation are matched
The support base 302 of clapping on the first movement mounting plate 204 is closed, the upper surface of first bottom plate 301 passes through several
Column secure fit has top mounting plate 303, and the support base 302 of clapping is located at the first battery sucker mould group 205 and institute
It states between the second battery sucker mould group 206, the side for clapping support base 302 is provided with cylinder 304 of clapping, the gas of clapping
The cylinder rod secure fit of 304 lower end of cylinder has battery airbag to clap plate 305, and the side of the top mounting plate 303 is provided with and institute
It states the battery airbag battery airbag that plate 305 matches of clapping to clap board spacer 306, is provided with tab on first bottom plate 301
Clap cylinder 307, the clap cylinder rod secure fit of 307 upper end of cylinder of the tab has tab to clap Anchor plate kit 308, the pole
The front end of the top mounting plate 303 is arranged in ear Anchor plate kit 308 of clapping, and the feeding turnover mechanism 4 includes the second installation
Seat 401, the both ends of second mounting base 401 are respectively arranged with the first spill spin block 402 and the second spill spin block 403, and described second
The second rotary cylinder 404, the movable end of second rotary cylinder 404 and first rotation are additionally provided in mounting base 401
402 phase secure fit of block, secure fit has battery returning face plate between first spill spin block 402 and second spill spin block 403
405, it is provided with several battery nozzles 406 on the battery returning face plate 405, the tab is clapped on Anchor plate kit 308 in also
Embedded with tab detector.The battery airbag claps plate 305 for clapping battery airbag, and the tab is clapped Anchor plate kit 308
For battery pole ear of clapping, battery is placed in the battery nozzle 406 by the first battery sucker mould group 205, further
Second rotary cylinder 404 rotates the battery returning face plate 405 and realizes the overturning to battery, in use, the movable plate
Drive module 202 drives the first movement mounting plate 204 to move right, and enables the second battery sucker mould group 206
Battery is grabbed on the feeding transportation module 1, movable plate drive module 202 described further drives the first movement to pacify
Loading board 204 is moved to the left, until the second battery sucker mould group 206 is moved to the battery airbag and claps board spacer 306
Battery is simultaneously placed on the battery airbag and clapped on board spacer 306 by top, and movable plate drive module 202 described further drives
The first movement mounting plate 204 moves right, until the battery airbag is clapped, plate 305 is located at the battery airbag and claps plate
The top of cushion block 306, the cylinder rod of the cylinder 304 of clapping push battery airbag plate 305 of clapping to clap the battery airbag
Battery airbag on plate cushion block 306 is flattened, and after battery airbag flattens, the movable plate drive module 202 drives described
First movement mounting plate 204 moves right, until the first battery sucker mould group 205 is located at the battery airbag and claps flat plate pad
The top of block 306 simultaneously grabs the battery for battery airbag of having clapped, while the second battery sucker mould group 206 is again described
Battery is grabbed on feeding transportation module 1, and the first movement mounting plate is then driven by the movable plate drive module 202
204 are moved to the left, until the first battery sucker mould group 205 is located at the tab and claps above Anchor plate kit 308 and will be electric
Pond is placed on the tab and claps on Anchor plate kit 308, is clapped the reciprocating motion of the cylinder rod of cylinder 307 by the tab, is made
Tab Anchor plate kit 308 of clapping claps the tab of battery, while the tab detector will detect the pole of battery
Whether ear is complete, and finally, the movable plate drive module 202 drives the first movement mounting plate 204 to be moved to the left, so that institute
State that the first battery sucker mould group 205 is moved to the left to the top of the battery returning face plate 405 and placing battery is turned in the battery
Battery overturning is carried out on rotating plate 405, while the second battery sucker mould group 206 is moved to the left to the battery airbag and claps plate
Battery is simultaneously placed on the battery airbag and clapped and repeat what above-mentioned battery airbag flattened on board spacer 306 by the top of cushion block 306
Step, so constantly circulation, the first battery sucker mould group 205 draw the battery for tab of having clapped, movement described further
Plate drive module 202 drives the first movement mounting plate 204 to be moved to the left, until the first battery sucker mould group 205
In the top of the battery returning face plate 405, then battery is placed on the battery nozzle by the first battery sucker mould group 205
On 406, the second rotary cylinder 404 described further drives the battery returning face plate 405 to be rotated by 90 °, and the battery is turned over
Rotating plate 405 switches to plumbness from horizontality, grabs battery to next station eventually by the feeding manipulator 6.
As shown in Figure 1 to Figure 2, in the present embodiment, soft package lithium battery chemical conversion handling equipment further includes feeding
Battery code scanning station 12, feeding defective products cell station 13 and blanking defective products cell station 14, the feeding battery code scanning work
Position 12 is located at the rear of the feeding manipulator 6, and the feeding defective products cell station 13 is arranged in the feeding turnover mechanism 4
Between the feeding waterwheel 5, the blanking defective products cell station 14 is arranged in the feeding waterwheel 5 and the blanking mechanical
Between hand 9.The feeding battery code scanning station 12 configures battery pair and carries out barcode scanning, and the feeding defective products cell station 13 is matched
It is set to and screens out bad battery, the blanking defective products cell station 14, which is configured to that undesirable battery will be melted into, to be screened out, and is used
When, the battery on the feeding turnover mechanism 4 is successively grabbed the feeding battery code scanning station 12 by the feeding manipulator 6
And the feeding defective products cell station 13, so that the feeding battery code scanning station 12 carries out barcode scanning label to battery and facilitates
The management of battery, so that battery is bad by screening out the underproof battery of shaping when the feeding defective products cell station 13
Product, the blanking mechanical hand 9 sieve when passing through the blanking defective products cell station 14 from the blanking transverse-moving mechanism 8 crawl battery
Remove the battery defective products failed of chemical conversion, the feeding defective products cell station 13 and blanking defective products cell station 14 are set
It sets and the utility model is enabled to ensure that the battery exported is non-defective unit.
As shown in figure 8, in the present embodiment, the blanking transverse-moving mechanism 8 includes fixed mounting 801, the fixed peace
The the second mobile mounting plate 803 for being provided with third sliding rail 802 on dress seat 801 and being slidably fitted on the third sliding rail 802, institute
It states and is provided with the traversing Suction cup assembly 804 of battery, the lower end of the traversing Suction cup assembly 804 of battery on the second mobile mounting plate 803
Face is provided with third horizontal mounting plate 805, and driving cylinder 806, institute are provided on the front end face of the third horizontal mounting plate 805
It states and drives the cylinder rod of cylinder 806 across secure fit after the third horizontal mounting plate 805 on the fixed mounting 801.
The blanking transverse-moving mechanism 8 is configured to the battery removal on the blanking waterwheel 7, in use, the cylinder of the driving cylinder 806
Bar stretches out and pushes to the fixed mounting 801, so that the cylinder body of the driving cylinder 806, the third horizontal mounting plate 805
And the traversing Suction cup assembly 804 of battery is reversely pushed on the blanking waterwheel 7, the traversing Suction cup assembly of battery described further
804 grab the battery in the blanking waterwheel 7, and the cylinder rod of driving cylinder 806 described further shrinks and makes the battery
Traversing Suction cup assembly 804 resets, to realize the blanking transverse-moving mechanism 8 by the battery removal on the blanking waterwheel 7.
As shown in Fig. 9 to Figure 10, in the present embodiment, the blanking mechanical hand 9 is led including blanking support base 901, first
Bar 902 and the second guide rod 903, are provided with the second lateral linear motion mould group 904 on the blanking support base 901, and described second
Laterally secure fit has the 4th horizontal mounting plate 905, the described 4th vertical peace on the movable slider of linear motion 904 side of mould group
Cylinder mounting base 906 is provided on the front end face of loading board 905, the upper end of the cylinder mounting base 906 is provided with main lifting cylinder
907, cylinder of the cylinder rod of main 907 lower end of lifting cylinder after the cylinder mounting base 906 with auxiliary 908 top of lifting cylinder
The lower part secure fit of bar phase secure fit, the auxiliary lifting cylinder 908 has height tolerances mounting base 909, the height tolerances
The left end of mounting base 909 is provided with tolerance cylinder 910, and the cylinder rod of 910 lower end of tolerance cylinder is pacified across the height tolerances
Be fixedly connected with left battery Suction cup assembly 911 after dress seat 909, in the two side ends of the cylinder mounting base 906 at least provided with
One linear bearing 913, first guide rod 902 pass through the linear bearing of the left-hand end of the cylinder mounting base 906
913, and bottom pass through the height tolerances mounting base 909 after with left 911 secure fit of battery Suction cup assembly, described second
Guide rod 903 passes through the linear bearing 913 of the right-hand end of the cylinder mounting base 906, and bottom passes through the height tolerances
Secure fit has right battery Suction cup assembly 912 after mounting base 909.The blanking mechanical hand 9 is configured to the blanking cross sliding machine
The battery of structure 8 grabs in the blanking turnover mechanism 10, and the setting of the described second lateral linear motion mould group 904 is so that described
Left battery Suction cup assembly 911 and the right battery Suction cup assembly 912 can be mobile in Y direction, so that the left battery sucker
The battery of the blanking transverse-moving mechanism 8 can be grabbed the blanking turnover by component 911 and the right battery Suction cup assembly 912
In mechanism 10, in use, adjusting the left battery Suction cup assembly 911 and institute by the described second lateral linear motion mould group 904
Right battery Suction cup assembly 912 is stated in the position of Y direction, so that the left battery Suction cup assembly 911 and the right battery sucker
Component 912 is located at 8 top of blanking transverse-moving mechanism, and the cylinder rod of main 907 lower end of lifting cylinder pushes down on the auxiliary liter
The cylinder rod on 908 top of sending down abnormally ascending cylinder, so that the auxiliary lifting cylinder 908 and the height tolerances mounting base 909 simultaneously decline, so that
The left battery Suction cup assembly 911 and the right battery Suction cup assembly 912 can grab battery；Meanwhile the tolerance cylinder
910 it is also possible that the left battery Suction cup assembly 911 moves up and down, and final described second lateral linear motion mould group 904 is adjusted
The whole left battery Suction cup assembly 911 and the right battery Suction cup assembly 912 are in the position of Y direction, so that the left battery
The battery of the blanking transverse-moving mechanism 8 can be grabbed the blanking by Suction cup assembly 911 and the right battery Suction cup assembly 912
On turnover mechanism 10, the utility model passes through the tolerance cylinder 910, the auxiliary lifting cylinder 908 and the main lifting cylinder
The design of 907 segmented decline, so that the utility model can be improved about the 911 left battery Suction cup assembly and move along a straight line
Position precision, the tolerance cylinder 910 and the main lifting cylinder 907 can the independent control left battery Suction cup assemblies
911 upper and lower position, by the setting of the blanking mechanical hand 9, so that the utility model is without human intervention, by full-automatic
The design of change improves the speed of soft package lithium battery loading and unloading.
As shown in figure 11, in the present embodiment, the blanking turnover mechanism 10 includes the first bottom mounting plate 501, described
There are the first top mounting plate 502, first top peace in first bottom mounting plate, 501 upper end by several column secure fits
The front end of loading board 502 is provided with battery overturning component 503 and battery side positioning cylinder component 504, and rear end is provided with battery side
Side fixed plate 505, left end are provided with battery edge sealing edge-folding mechanism 506, and right end is provided with battery top margin positioning cylinder component 507,
The battery edge sealing edge-folding mechanism 506 includes the first jacking cylinder 508 that first bottom mounting plate 501 is arranged in, described
The cylinder rod secure fit on 508 top of the first jacking cylinder has bottom edge flanging push plate 509, and the bottom edge flanging push plate 509 is located at institute
The left end of the first top mounting plate 502 is stated, the inclined surface for battery flanging is provided in the bottom edge flanging push plate 509.Institute
It states blanking turnover mechanism 10 and configures battery pair and overturn, positioned and edge sealing flanging, in use, the blanking mechanical hand 9 is grabbed
It takes on battery to battery overturning component 503, the battery overturning component 503 makes battery overturn 180 degree to described first
On top mounting plate 502, the battery overturning component 503 resets, and battery side positioning cylinder component 504 described further pushes away
Bar pushes the side of battery, while the push rod of the battery top margin positioning cylinder component 507 pushes the top margin of battery, so that battery
Bottom edge stick on the inclined surface of the battery edge sealing edge-folding mechanism 506, while another side of battery sticks on the electricity
In pond side fixed plate 505, to realize the positioning to battery, further first jacking cylinder 508 jacks described
Battery edge sealing edge-folding mechanism 506, so that the inclined surface of the battery edge sealing edge-folding mechanism 506 carries out flanging to the bottom edge of battery,
Soft package lithium battery is overturn by manually compared with the existing technology, is positioned and flanging, and reduces the loading and unloading of battery
Speed, the utility model overturn component 503, the battery side positioning cylinder component 504, the battery side by the battery
The setting of side fixed plate 505, battery edge sealing edge-folding mechanism 506 and battery top margin positioning cylinder component 507 is realized to Soft Roll lithium electricity
Pond overturn, is positioned and flanging, so that the utility model has the advantages that improve loading and unloading speed
As shown in Figure 12 to Figure 13, in the present embodiment, the discharging mechanism 11 includes the first lateral mould group that moves along a straight line
111 and with the discharging transmission component 112 of the described first lateral parallel setting of linear motion mould group 111, described first is laterally straight
The movable end secure fit of line movement 111 side of mould group has the first horizontal mounting plate 113, first horizontal mounting plate 113
Lifting cylinder component 114 is provided on front end face, secure fit has second to erect in the lower end cylinder rod of the lifting cylinder component 114
Straight mounting plate 115, second horizontal mounting plate 115 are slidably fitted in first horizontal mounting plate 113, and the discharging passes
Belt component is provided in dynamic component 112, one end of the discharging transmission component 112 is provided with the first rotary cylinder 117 and should
Hold secure fit in second horizontal mounting plate 115, the other end of the discharging transmission component 112 is provided with shaft 118,
It is mutually driven between the shaft 118 and first rotary cylinder 117 by the belt component, the lower end of the shaft 118
Transmission is combined with discharging Suction cup assembly 119.The discharging mechanism 11 is configured to carry out the battery of the blanking turnover mechanism 10
Crawl, rotation, are then placed on the blanking pipeline of device external, the setting of the described first lateral linear motion mould group 111
First horizontal mounting plate 113 is moved in a straight line on described first laterally linear motion 111 side of mould group, institute
Lifting cylinder component 114 is stated for pushing second horizontal mounting plate 115 to do linear motion up and down, while described second is vertical
Mounting plate 115 is slidably fitted in first horizontal mounting plate 113, in use, the described first lateral linear motion mould group 111
Movable end drive the discharging Suction cup assembly 119 to move in a straight line in the X-axis direction and adjust position so that discharging suction
Disk component 119 is located at the top of the blanking turnover mechanism 10, while the cylinder rod promotion of the lifting cylinder component 114 is described out
Expect that Suction cup assembly 119 moves along a straight line downwards, so that the discharging Suction cup assembly 119 grabs battery, lifting air described further
The cylinder rod of cylinder component 114 retracts the discharging Suction cup assembly 119, the work of the described further first lateral linear motion mould group 111
Moved end drives the discharging Suction cup assembly 119 to move to the top of blanking pipeline, lifting cylinder component 114 described further
Cylinder rod pushes the discharging Suction cup assembly 119 linear motion downwards, and the battery of the discharging Suction cup assembly 119 is placed
On blanking pipeline, in addition, making the shaft 118 by the belt component when first rotary cylinder 117 rotates
And the discharging Suction cup assembly 119 rotates, so that the soft package lithium battery grabbed on the discharging Suction cup assembly 119 realizes rotation
And the direction of tab is adjusted, the utility model passes through first rotary cylinder for grabbing battery to next station
117, the discharging transmission component 112 and the shaft 118 turn to adjust battery, so that the tab direction to battery is adjusted
Whole, the utility model is by being separately positioned on the discharging transmission component for first rotary cylinder 117 and the shaft 118
Both ends, reduce it is described discharging transmission component the other end load, while by the belt component realize it is described first rotation
Transmission between rotaring cylinder 117 and the shaft 118, so that can between first rotary cylinder 117 and the shaft 118
Even running, so that the utility model is without human intervention, is set by the setting of the discharging mechanism 11 by full-automatic
Meter improves the speed of soft package lithium battery loading and unloading.
The process for using of the utility model is as follows:
Expected in the feeding waterwheel 5 on soft package lithium battery: the cylinder rod of the feeding transverse cylinder component 107 is stretched out and is pushed away
To the feeding mounting rack 104, so that the cylinder body of the feeding transverse cylinder component 107 and 108 quilt of rotary cylinder component
Reversely be pushed on feeding pipeline, at the same the cylinder rod of the feeding lifting cylinder 109 push the feeding battery sucker 110 to
Lower movement enables the feeding battery sucker 110 to grab battery, feeding lifting described further on feeding pipeline
The cylinder rod of cylinder 109 pulls the feeding battery sucker 110 to move upwards, feeding transverse cylinder component 107 described further
Cylinder rod is shunk, so that the cylinder body and the rotary cylinder component 108 of the feeding transverse cylinder component 107 return to the pan feeding skin
The cylinder rod of top with supply line 102, the feeding lifting cylinder 109 pushes the feeding battery sucker 110 to move downward, will
The battery that the feeding battery sucker 110 grabs is placed on the pan feeding belt-conveying line 102 and is transported；
The movable plate drive module 202 drives the first movement mounting plate 204 to move right, so that second electricity
Pond sucker mould group 206 can grab battery, movable plate drive module described further on the pan feeding belt-conveying line 102
The 202 driving first movement mounting plates 204 are moved to the left, until the second battery sucker mould group 206 is moved to the electricity
Pond airbag clap board spacer 306 top and battery be placed on the battery airbag clap on board spacer 306, it is described further
Movable plate drive module 202 drives the first movement mounting plate 204 to move right, the plate 305 until the battery airbag is clapped
Clap the top of board spacer 306 positioned at the battery airbag, the cylinder rod of the cylinder 304 of clapping pushes the battery airbag to clap
Plate 305 flattens the battery airbag battery airbag on board spacer 306 of clapping, after battery airbag flattens, the movement
Plate drive module 202 drives the first movement mounting plate 204 to move right, until the first battery sucker mould group 205
In the battery airbag clap board spacer 306 top and by the battery for battery airbag of having clapped grab, while it is described second electricity
Pond sucker mould group 206 grabs battery on the feeding transportation module 1 again, then passes through the movable plate drive module
The 202 driving first movement mounting plates 204 are moved to the left, until the first battery sucker mould group 205 is located at the tab
Clap and the top of Anchor plate kit 308 and battery is placed on the tab claps on Anchor plate kit 308, is clapped gas by the tab
The reciprocating motion of the cylinder rod of cylinder 307, so that the tab is clapped, Anchor plate kit 308 claps the tab of battery, while the pole
Whether the tab that earpiece will detect battery is complete, and finally, the movable plate drive module 202 drives the first movement
Mounting plate 204 is moved to the left, so that the first battery sucker mould group 205 is moved to the left to the upper of the battery returning face plate 405
Simultaneously placing battery carries out battery overturning on the battery returning face plate 405 for side, while the second battery sucker mould group 206 is to the left
Be moved to the battery airbag clap board spacer 306 top and battery be placed on the battery airbag clap board spacer 306
The step of upper above-mentioned battery airbag of repetition flattens, so constantly circulation, the first battery sucker mould group 205 draw pole of having clapped
The battery of ear, movable plate drive module 202 described further drive the first movement mounting plate 204 to be moved to the left, until institute
The top that the first battery sucker mould group 205 is located at the battery returning face plate 405 is stated, then the first battery sucker mould group 205
Battery is placed in the battery nozzle 406, the second rotary cylinder 404 described further drives the battery returning face plate 405
It is rotated by 90 °, and the battery returning face plate 405 is made to switch to plumbness from horizontality；
Battery on the battery returning face plate 405 is successively grabbed the feeding battery code scanning by the feeding manipulator 6
Station 12 and the feeding defective products cell station 13, so that the feeding battery code scanning station 12 carries out barcode scanning label to battery
And facilitate the management of battery, so that battery screens out the underproof battery of shaping when passing through the feeding defective products cell station 13
Defective products, the blanking mechanical hand 9 pass through the blanking defective products cell station 14 from the blanking transverse-moving mechanism 8 crawl battery
When screen out the battery defective products that chemical conversion fails.
Expected on blanking pipeline under soft package lithium battery: the cylinder rod of the driving cylinder 806 stretches out and pushes the fixation to
Mounting base 801, so that cylinder body, the third horizontal mounting plate 805 and the traversing sucker group of the battery of the driving cylinder 806
Part 804 is reversely pushed on the blanking waterwheel 7, and the traversing Suction cup assembly 804 of battery described further will be in the blanking waterwheel 7
Battery crawl, the cylinder rod of driving cylinder 806 described further shrinks and the traversing Suction cup assembly 804 of the battery resetted,
To realize the blanking transverse-moving mechanism 8 by the battery removal on the blanking waterwheel 7；
The left battery Suction cup assembly 911 and the right battery are adjusted by the described second lateral linear motion mould group 904
Suction cup assembly 912 is in the position of Y direction, so that the left battery Suction cup assembly 911 and right battery Suction cup assembly 912 described
Above the blanking transverse-moving mechanism 8, the cylinder rod of main 907 lower end of lifting cylinder pushes down on the auxiliary lifting cylinder 908
The cylinder rod on top, so that the auxiliary lifting cylinder 908 and the height tolerances mounting base 909 simultaneously decline, so that the left electricity
Pond Suction cup assembly 911 and the right battery Suction cup assembly 912 can grab battery；Meanwhile the tolerance cylinder 910 also can
So that the left battery Suction cup assembly 911 moves up and down, final described second lateral linear motion mould group 904 adjusts the left electricity
Pond Suction cup assembly 911 and the right battery Suction cup assembly 912 are in the position of Y direction, so that the left battery Suction cup assembly 911
And the right battery Suction cup assembly 912 can grab the battery of the blanking transverse-moving mechanism 8, battery is by blanking defective products electricity
It is placed in the blanking turnover mechanism 10 after screening out the battery defective products that chemical conversion is failed when the station 14 of pond；
After the blanking mechanical hand 9 grabs battery to battery overturning component 503, the battery overturning component 503 makes
It obtains in battery overturning 180 degree to first top mounting plate 502, the battery overturning component 503 resets, electricity described further
The push rod of pond side positioning cylinder component 504 pushes the side of battery, while the battery top margin positioning cylinder component 507 pushes away
Bar pushes the top margin of battery, so that the bottom edge of battery sticks on the inclined surface of the battery edge sealing edge-folding mechanism 506, while electricity
Another side in pond sticks in battery side fixed plate 505, so that the positioning to battery is realized, it is further described
First jacking cylinder 508 jacks the battery edge sealing edge-folding mechanism 506, so that the inclination of the battery edge sealing edge-folding mechanism 506
Flanging is carried out in face of the bottom edge of battery；
Described first movable end for laterally moving along a straight line mould group 111 drives the discharging Suction cup assembly 119 in the X-axis direction
It moves in a straight line and adjusts position, so that the discharging Suction cup assembly 119 is located at the top of the blanking turnover mechanism 10, simultaneously
The cylinder rod of the lifting cylinder component 114 pushes the discharging Suction cup assembly 119 linear motion downwards, so that the discharging sucker
Component 119 grabs battery, and the cylinder rod of lifting cylinder component 114 described further retracts the discharging Suction cup assembly 119, into one
Walking the movable end that described first laterally moves along a straight line mould group 111 drives the discharging Suction cup assembly 119 to move to blanking pipeline
Top, the cylinder rod of lifting cylinder component 114 described further pushes the discharging Suction cup assembly 119 to move along a straight line downwards, makes
The battery for obtaining the discharging Suction cup assembly 119 can be placed on blanking pipeline, in addition, first rotary cylinder 117 revolves
When turning, by the belt component shaft 118 and the discharging Suction cup assembly 119 are rotated, so that the discharging
The soft package lithium battery grabbed on Suction cup assembly 119 realizes the direction for rotating and adjusting tab.
The utility model is applied to the technical field of battery handling equipment.
Although the embodiments of the present invention are described with practical solution, does not constitute the utility model is contained
Justice limitation, for those skilled in the art, according to this specification to the modification of its embodiment and with the group of other schemes
Conjunction will be apparent from.
Claims (9)
1. a kind of soft package lithium battery is melted into handling equipment, it is characterised in that: it includes feeding transportation module (1), duplex machinery
Hand (2), tab reshaping device (3), feeding turnover mechanism (4), feeding waterwheel (5), feeding manipulator (6), blanking waterwheel (7),
Blanking transverse-moving mechanism (8) and blanking mechanical hand (9), the blanking waterwheel (7), the feeding waterwheel (5) and the duplex are mechanical
Hand (2) in X to and it is forward and backward be arranged successively, the feeding turnover mechanism (4), the tab reshaping device (3) are respectively positioned on described double
Join the rear of manipulator (2), the tab reshaping device (3) is located at the right of the feeding turnover mechanism (4), the feeding fortune
Defeated module (1) in X to and setting in the right of the tab reshaping device (3), the feeding manipulator (6) is in Y-direction and setting
In the feeding waterwheel (5) and one end of the blanking waterwheel (7), the blanking mechanical hand (9) is in Y-direction and is arranged on described
Expect the other end of waterwheel (5) and the blanking waterwheel (7), the blanking transverse-moving mechanism (8) is in Y-direction and is arranged in the blanking machine
Between one end of tool hand (9) and the blanking waterwheel (7), the other end of the blanking mechanical hand (9) is provided with blanking turnover machine
Structure (10) and discharging mechanism (11), the blanking turnover mechanism (10) and the discharging mechanism (11) in X to and forward and backward successively arrange
Column.
2. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the feeding transportation module
(1) include material fetching mechanism (101) and in X to pan feeding belt-conveying line (102), the material fetching mechanism (101) be located at it is described enter
Expect the rear of belt-conveying line (102), the material fetching mechanism (101) includes feeding fixing seat (103), the feeding fixing seat
(103) be provided on feeding mounting rack (104), the front end face of the feeding mounting rack (104) be provided with the first sliding rail (105) and
The traversing plate of feeding (106) being slidably fitted on first sliding rail (105) is provided on the traversing plate of feeding (106) and takes
Expect transverse cylinder component (107) and feeding rotary cylinder component (108), one end of the feeding transverse cylinder component (107) with
Feeding rotary cylinder component (108) the phase secure fit, the side end face of the cylinder rod of the other end and the feeding mounting rack (104)
The lower part of phase secure fit, the feeding rotary cylinder component (108) is provided with feeding lifting cylinder (109), the feeding liter
The cylinder rod secure fit of sending down abnormally ascending cylinder (109) lower part has feeding battery sucker (110).
3. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the duplex manipulator
It (2) include the first mounting base (201) that the side of first mounting base (201) is provided with movable plate drive module (202) and the
Two sliding rails (203), second sliding rail (203) are horizontally installed on the side of first mounting base (201), second sliding rail
(203) the first movement mounting plate (204) with the movable plate drive module (202) transmission cooperation is sliding combined on, it is described
The left and right ends of first movement mounting plate (204) are respectively arranged with the first battery sucker mould group (205) and the second battery sucker mould
Group (206), the tab reshaping device (3) and the feeding turnover mechanism (4) with the first battery sucker mould group
(205), the second battery sucker mould group (206) matches with the tab reshaping device (3).
4. soft package lithium battery according to claim 3 is melted into handling equipment, it is characterised in that: the tab reshaping device
It (3) include the support base of clapping (302) of the first bottom plate (301) and secure fit on the first movement mounting plate (204), institute
There are top mounting plate (303), the support base of clapping in the upper surface for stating the first bottom plate (301) by several column secure fits
(302) between the first battery sucker mould group (205) and the second battery sucker mould group (206), the branch of clapping
The side of support seat (302) is provided with cylinder of clapping (304), and the cylinder rod secure fit of cylinder of clapping (304) lower end has battery
Airbag is clapped plate (305), the side of the top mounting plate (303) be provided with the battery airbag clap plate (305) match
The battery airbag of conjunction is clapped board spacer (306), and tab is provided on first bottom plate (301) and is clapped cylinder (307), the pole
The clap cylinder rod secure fit of cylinder (307) upper end of ear has tab to clap Anchor plate kit (308), and the tab is clapped Anchor plate kit
(308) in the front end of the top mounting plate (303), the feeding turnover mechanism (4) includes the second mounting base (401) for setting,
The both ends of second mounting base (401) are respectively arranged with the first spill spin block (402) and the second spill spin block (403), and described second
It is additionally provided in mounting base (401) the second rotary cylinder (404), the movable end of second rotary cylinder (404) and described the
One spill spin block (402) phase secure fit, secure fit between first spill spin block (402) and second spill spin block (403)
Have battery returning face plate (405), several battery nozzles (406) are provided on the battery returning face plate (405), the tab is clapped
Anchor plate kit is also embedded with tab detector on (308).
5. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the soft package lithium battery
Chemical conversion handling equipment further includes feeding battery code scanning station (12), feeding defective products cell station (13) and blanking defective products electricity
Pond station (14), the feeding battery code scanning station (12) are located at the rear of the feeding manipulator (6), the feeding defective products
Cell station (13) is arranged between the feeding turnover mechanism (4) and the feeding waterwheel (5), the blanking defective products battery
Station (14) is arranged between the feeding waterwheel (5) and the blanking mechanical hand (9).
6. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the blanking transverse-moving mechanism
(8) include fixed mounting (801), be provided with third sliding rail (802) on the fixed mounting (801) and be slidably fitted in institute
Second mobile mounting plate (803) on third sliding rail (802) are stated, are provided with battery cross on described second mobile mounting plate (803)
It moves Suction cup assembly (804), the lower end surface of the traversing Suction cup assembly of battery (804) is provided with third horizontal mounting plate (805), institute
It states and is provided with driving cylinder (806) on the front end face of third horizontal mounting plate (805), the cylinder rod of driving cylinder (806) is worn
Cross the third horizontal mounting plate (805) afterwards secure fit on the fixed mounting (801).
7. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the blanking mechanical hand
(9) include blanking support base (901), the first guide rod (902) and the second guide rod (903), be arranged on the blanking support base (901)
There is second laterally to move along a straight line mould group (904), it is fixed on the movable slider of described second lateral linear motion mould group (904) side
It is combined with the 4th horizontal mounting plate (905), is provided with cylinder mounting base on the front end face of the 4th horizontal mounting plate (905)
(906), the upper end of the cylinder mounting base (906) is provided with main lifting cylinder (907), main lifting cylinder (907) lower end
Cylinder rod pass through the cylinder mounting base (906) the cylinder rod phase secure fit with auxiliary lifting cylinder (908) top afterwards, the auxiliary liter
The lower part secure fit of sending down abnormally ascending cylinder (908) has height tolerances mounting base (909), the left end of the height tolerances mounting base (909)
It is provided with tolerance cylinder (910), after the cylinder rod of tolerance cylinder (910) lower end passes through the height tolerances mounting base (909)
It is fixedly connected with left battery Suction cup assembly (911), it is straight at least provided with one in the two side ends of the cylinder mounting base (906)
Spool is held (913), and first guide rod (902) passes through the linear bearing of the left-hand end of the cylinder mounting base (906)
(913), and bottom pass through the height tolerances mounting base (909) afterwards with left battery Suction cup assembly (911) secure fit, institute
The second guide rod (903) are stated across the linear bearing (913) of the right-hand end of the cylinder mounting base (906), and bottom passes through
Secure fit has right battery Suction cup assembly (912) to the height tolerances mounting base (909) afterwards.
8. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the blanking turnover mechanism
It (10) include the first bottom mounting plate (501) that the first bottom mounting plate (501) upper end passes through several column secure fits
Have the first top mounting plate (502), the front end of first top mounting plate (502) be provided with battery overturning component (503) and
Battery side positioning cylinder component (504), rear end are provided with battery side fixed plate (505), and left end is provided with battery edge sealing folding
Side mechanism (506), right end are provided with battery top margin positioning cylinder component (507), and the battery edge sealing edge-folding mechanism (506) includes
The first jacking cylinder (508) in first bottom mounting plate (501) is set, the first jacking cylinder (508) top
Cylinder rod secure fit has bottom edge flanging push plate (509), and the bottom edge flanging push plate (509) is located at first top mounting plate
(502) left end is provided with the inclined surface for battery flanging on the bottom edge flanging push plate (509).
9. soft package lithium battery according to claim 1 is melted into handling equipment, it is characterised in that: the discharging mechanism (11)
Including first laterally linear motion mould group (111) and with described first laterally linear motion mould group (111) parallel setting go out
Expect transmission component (112), the described first movable end secure fit for laterally moving along a straight line mould group (111) side has the first vertical peace
Loading board (113) is provided with lifting cylinder component (114), the lifting air on the front end face of first horizontal mounting plate (113)
There is the second horizontal mounting plate (115) secure fit on the lower end push rod of cylinder component (114), second horizontal mounting plate (115)
It is slidably fitted on first horizontal mounting plate (113), is provided with belt component in the discharging transmission component (112), institute
The one end for stating discharging transmission component (112) is provided with the first rotary cylinder (117) and the end secure fit is vertical described second
On mounting plate (115), the other end of discharging transmission component (112) is provided with shaft (118), the shaft (118) and institute
It states and is mutually driven between the first rotary cylinder (117) by the belt component, the lower end transmission of the shaft (118) is combined with out
Expect Suction cup assembly (119).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821931577.4U CN209080929U (en) | 2018-11-22 | 2018-11-22 | Soft package lithium battery is melted into handling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821931577.4U CN209080929U (en) | 2018-11-22 | 2018-11-22 | Soft package lithium battery is melted into handling equipment |
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| Publication Number | Publication Date |
|---|---|
| CN209080929U true CN209080929U (en) | 2019-07-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821931577.4U Active CN209080929U (en) | 2018-11-22 | 2018-11-22 | Soft package lithium battery is melted into handling equipment |
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| Country | Link |
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| CN (1) | CN209080929U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112743305A (en) * | 2019-10-31 | 2021-05-04 | 广东利元亨智能装备股份有限公司 | Feeding clamp |
-
2018
- 2018-11-22 CN CN201821931577.4U patent/CN209080929U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112743305A (en) * | 2019-10-31 | 2021-05-04 | 广东利元亨智能装备股份有限公司 | Feeding clamp |
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