CN207655529U - A kind of unqualified battery screening plant - Google Patents
A kind of unqualified battery screening plant Download PDFInfo
- Publication number
- CN207655529U CN207655529U CN201721075033.8U CN201721075033U CN207655529U CN 207655529 U CN207655529 U CN 207655529U CN 201721075033 U CN201721075033 U CN 201721075033U CN 207655529 U CN207655529 U CN 207655529U
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- CN
- China
- Prior art keywords
- battery
- conveyer belt
- unqualified
- workbench
- delivery board
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Abstract
The utility model is related to a kind of unqualified battery screening plants, including workbench, advance conveyer belt and return conveyer belt, it is front and back on workbench to be horizontally installed with advance conveyer belt side by side and return to conveyer belt, several battery delivery boards moved along advance conveyer belt and return conveyer belt are installed on advance conveyer belt and return conveyer belt, the initiating terminal last time of advance conveyer belt is equipped with battery observation structure and internal resistance of cell detection structure, the conveying tail that advances is equipped with battery transfer manipulator and battery overturning structure, unqualified battery storing rack is installed on workbench leading flank, internal resistance of cell detection structure is equipped with close to conveying tail side of advancing and transports unqualified battery to the mechanical conveying arm of unqualified battery storing rack.The utility model has the characteristics that simple in structure, easy to operate, high degree of automation, substantially reduces labor cost while improving the detection efficiency and quality of product by automated production.
Description
Technical field
The utility model is related to cell piece auto-assembling technique fields, more particularly to a kind of unqualified battery screening dress
It sets.
Background technology
Cell piece is needed through assembling, and product can be applied in auto lamp large-scale plant by forming battery pack, battery
Component usually requires to screen by battery when assembling, and screening can ensure the quality of battery pack itself, usually screen when
Candidate, which selects, manually to be screened, and the production efficiency of this working method is not high, while can greatly improve labor cost, to understand
Certainly this problem, design automation assembly line are necessary.
Invention content
The technical problem to be solved by the utility model is to provide a kind of unqualified battery screening plants, have structure letter
Single, easy to operate, high degree of automation, the detection for substantially reducing labor cost while improving product by automated production
Efficiency and quality, by designing the main of unqualified battery storing rack, the qualification rate for facilitating observation statistics battery and battery
The features such as problem.
Technical solution adopted by the utility model to solve its technical problems is：A kind of unqualified battery screening dress is provided
It sets, including workbench, advance conveyer belt and return conveyer belt, it is front and back on the workbench to be horizontally installed with advance conveying side by side
Several are installed along advance conveyer belt on band and return conveyer belt, the advance conveyer belt and return conveyer belt and is returned defeated
The battery delivery board with movement, the initiating terminal last time of the advance conveyer belt is sent to be equipped in battery observation structure and battery
Detection structure is hindered, advance conveying tail is equipped with battery transfer manipulator and battery overturning structure, the work
Unqualified battery storing rack is installed, the internal resistance of cell detection structure is close to the conveying tail one that advances on platform leading flank
Side, which is equipped with, transports unqualified battery to the mechanical conveying arm of unqualified battery storing rack.
The battery observation structure includes bottom plate, blue light camera and vertical pole, and the bottom plate is mounted on work
On platform table top, close to advancing, conveying tape beginning end side is vertically-mounted vertical pole to bottom plate, is moved down in the vertical pole
Dynamic to be equipped with magnifying glass bracket, the magnifying glass bracket is corresponding with the battery on battery delivery board, is installed on the bottom plate
There is blue light camera corresponding with magnifying glass bracket.
Internal resistance of cell detection structure includes longitudinal movement seat, movable block and connection plug, and the longitudinal movement seat is longitudinal
Installation is moved forward and backward on the table, on the longitudinal movement seat is equipped with movement soon, and the movable block front end is equipped with
The connection plug of back-and-forth motion is disposed with the plug wire copper sheet to match with battery on connection plug, and plug wire copper sheet is connected with computer.
The unqualified battery storing rack includes feeder motor, upright slide rail and Mobile base, the upright slide rail
Upper end is vertically-mounted to have feeder motor, feeder motor to be connected with the Mobile base mounted on upright slide rail side, and Mobile base is along perpendicular
Straight sliding rail moves, and the pushing block moved left and right, the promotion on the pushing block and Mobile base are equipped on the Mobile base
Cylinders, workbench front side are equipped with defective work storage support at Mobile base, and the defective work is received
If receiving and being disposed with dried layer accommodating groove on holder.
Battery delivery board pushing structure, battery conveying are longitudinally provided on front side of the advance conveyer belt tail end
Plate pushing structure includes delivery board pusher cylinder and delivery board pushing block, and the delivery board pusher cylinder is longitudinally pacified by pedestal
Dress on the table, the mandril of the delivery board pusher cylinder towards advance conveyer belt, the delivery board pusher cylinder
Delivery board pushing block corresponding with battery delivery board is installed on mandril.
The battery transfer manipulator includes manipulator support, manipulator guide rail and manipulator, the manipulator branch
Frame is vertically-mounted on the table, and manipulator support upper end is horizontally installed with manipulator guide rail, and the manipulator guide rail is in the past
Battery is extended into conveying tail to overturn on the front position of structure, and it is organic that installation is moved left and right on the manipulator guide rail
Tool hand, be equipped on manipulator move up and down move down cylinder, move down ejecting rod of cylinder lower part and gripper cylinder, gripper cylinder be installed
On clamping part directed downwardly is installed.
The described battery overturning structure includes overturning pedestal, flipping block and clamping head, the overturning pedestal altogether there are two,
It is mounted on and is fixed on the table laterally side by side, overturning pedestal is corresponding with battery transfer manipulator, between the overturning pedestal
It is rotatablely equipped with flipping block, the flipping block is equipped with gripper cylinder, gripper cylinder in battery transfer manipulator side
Clamping part towards front, and clamping head is installed on the holder portion.
The flipping block shares two pieces, is installed between two overturning pedestals, is equipped in the overturning pedestal
The servo motor that main shaft is connected with flipping block.
The battery overturning structure back side is equipped with battery removal structure, and the battery removal structure includes laterally sliding
Rail moves down cylinder, clamp structure fixed block and clamp structure, and the horizontal slide rail is mounted on workbench by supporting support
On, the horizontal slide rail moves down cylinder close to what battery overturning structure side was equipped with transversely sliding rail movement, under described
Downward, mandril lower end is equipped with clamp structure fixed block to the mandril of shifting cylinder, symmetrically pacifies on the downside of the clamp structure fixed block
There are two clamp structures for dress.
It is disposed with the mounting groove to match with battery in the middle part of the battery delivery board, battery lower part is embedded in mounting groove.
Selection structure before solar panel is installed, selection structure packet before the solar panel on rear side of the tail end of the return conveyer belt
It includes lower bracket, be pushed forward air cylinder structure and preceding pushing block, the lower bracket, which is mounted on, returns to conveying strap end portion lower section and and work
Make platform to be connected, be longitudinally provided in the lower bracket and be pushed forward air cylinder structure, be pushed forward air cylinder structure rear end be equipped with it is front and back
Mobile push rod, preceding pushing block is equipped on push rod, and preceding pushing block is connected with the battery delivery board returned on conveyer belt.
The advance conveyer belt and return conveyer belt is all made of servo motor as power source, advance conveyer belt and return
Conveyer belt is required to wait for after often conveying a station, moves a station after waiting again.
Advantageous effect：The utility model is related to a kind of unqualified battery screening plant, have it is simple in structure, easy to operate,
High degree of automation substantially reduces labor cost while improving the detection efficiency of product and quality, logical by automated production
The features such as crossing the main problem for designing unqualified battery storing rack, the qualification rate for facilitating observation statistics battery and battery.
Description of the drawings
Fig. 1 is the topology view of the utility model；
Fig. 2 is that battery observation structure described in the utility model obtains topology view；
Fig. 3 is the topology view of unqualified battery storing rack described in the utility model；
Fig. 4 is the topology view of battery overturning structure described in the utility model；
Fig. 5 is the topology view of battery transfer manipulator described in the utility model；
Fig. 6 is the topology view of internal resistance of cell detection structure described in the utility model.
Diagram：1, workbench, 2, battery observation structure, 3, advance conveyer belt, 4, return to conveyer belt, 5, knot before solar panel
Structure, 6, internal resistance of cell detection structure, 7, unqualified battery storing rack, 8, battery delivery board pushing structure, 9, battery transfer machine
Tool hand, 10, battery overturn structure, 11, battery removal structure, 12, bottom plate, 13, blue light camera, 14, magnifying glass bracket, 15,
Battery delivery board, 16, lower bracket, 17, be pushed forward air cylinder structure, 18, preceding pushing block, 19, vertical pole, 20, defective work storage
Holder, 21, feeder motor, 22, upright slide rail, 23, Mobile base, 24, pushing block, 25, manipulator, 26, manipulator support, 27,
Clamping head, 28, overturning pedestal, 29, flipping block, 30, clamp structure, 31, clamp structure fixed block, 32, horizontal slide rail, 33, under
Move cylinder, 34, manipulator guide rail, 35, delivery board pusher cylinder, 36, delivery board pushing block, 37, longitudinal movement seat, 38, mobile
Block, 39, connection plug.
Specific implementation mode
With reference to specific embodiment, the utility model is expanded on further.It should be understood that these embodiments are merely to illustrate this
Utility model rather than limitation the scope of the utility model.In addition, it should also be understood that, in the content for having read the utility model instruction
Later, those skilled in the art can make various changes or modifications the utility model, and such equivalent forms equally fall within this Shen
It please the appended claims limited range.
The embodiment of the utility model is related to a kind of unqualified battery screening plant, as shown in Fig. 1-6, including work
Platform 1, advance conveyer belt 3 and conveyer belt 4 is returned to, it is front and back on the workbench 1 to be horizontally installed with advance conveyer belt 3 side by side and return
Conveyer belt 4 is returned, be equipped with several on the advance conveyer belt 3 and return conveyer belt 4 conveys along advance conveyer belt 3 and return
Battery delivery board 15 with 4 movements, the initiating terminal last time of the advance conveyer belt 3 are equipped with battery observation structure 2 and electricity
Pond internal resistance detection structure 6,3 tail portion of advance conveyer belt are equipped with battery transfer manipulator 9 and battery overturning structure 10, institute
Unqualified battery storing rack 7 is installed, the internal resistance of cell detection structure 6 is close to advance on 1 leading flank of workbench stated
3 tail portion side of conveyer belt, which is equipped with, transports unqualified battery to the mechanical conveying arm of unqualified battery storing rack 7.
The battery observation structure 2 includes bottom plate 12, blue light camera 13 and vertical pole 19, the bottom plate 12 peace
On 1 table top of workbench, bottom plate 12 has a vertical pole 19 close to 3 initiating terminal side of advance conveyer belt is vertically-mounted, described
Vertical pole 19, which moves up and down, is equipped with magnifying glass bracket 14, the magnifying glass bracket 14 and the battery on battery delivery board 15
It is corresponding, blue light camera corresponding with magnifying glass bracket 14 13 is installed on the bottom plate 12.
Internal resistance of cell detection structure 6 includes longitudinal movement seat 37, movable block 38 and connection plug 39, the longitudinal movement
Seat 37 is longitudinally mounted on workbench 1, is moved forward and backward on the longitudinal movement seat 37 and is equipped with mobile fast 38, the movement
38 front end of block is equipped with the connection plug 39 of back-and-forth motion, and the plug wire copper sheet to match with battery is disposed on connection plug 39, inserts
Line copper sheet is connected with computer.
The unqualified battery storing rack 7 includes feeder motor 21, upright slide rail 22 and Mobile base 23, and described is perpendicular
Straight 22 upper end of sliding rail is vertically-mounted feeder motor 21, feeder motor 21 and 23 phase of Mobile base for being mounted on 22 side of upright slide rail
Even, Mobile base 23 is moved along upright slide rail 22, and the pushing block 24 moved left and right is equipped on the Mobile base 23, described
Pushing block 24 is connected with the pusher cylinder on Mobile base 23, is equipped with and does not conform at 1 front side of workbench, close Mobile base 23
Lattice product storage support 20, if being disposed with dried layer accommodating groove on the defective work storage support 20.
It is longitudinally provided with battery delivery board pushing structure 8 on front side of 3 tail end of advance conveyer belt, the battery is defeated
It includes delivery board pusher cylinder 35 and delivery board pushing block 36 to send plate pushing structure 8, and the delivery board pusher cylinder 35 passes through
Pedestal is longitudinally mounted on workbench 1, and for the mandril of the delivery board pusher cylinder 35 towards advance conveyer belt 3, described is defeated
It send and delivery board pushing block corresponding with battery delivery board 15 36 is installed on the mandril of plate pusher cylinder 35.
The battery transfer manipulator 9 includes manipulator support 26, manipulator guide rail 34 and manipulator 25, the machine
Tool hand holder 26 is vertically installed on workbench 1, and 26 upper end of manipulator support is horizontally installed with manipulator guide rail 34, the machine
Tool hand guide rail 34 extends to battery from 3 tail portion of advance conveyer belt and overturns on the front position of structure 10, the manipulator guide rail
Moved left and right on 34 and manipulator 25 be installed, be equipped on manipulator 25 move up and down move down cylinder, move down under ejecting rod of cylinder
Portion is equipped with gripper cylinder, and clamping part directed downwardly is equipped on gripper cylinder.
The battery overturning structure 10 includes overturning pedestal 28, flipping block 29 and clamping head 27, the overturning pedestal
28 altogether there are two, laterally side by side be mounted on be fixed on workbench 1, overturning pedestal 28 it is corresponding with battery transfer manipulator 9, it is described
Overturning pedestal 28 between be rotatablely equipped with flipping block 29, the flipping block 29 is pacified in 9 side of battery transfer manipulator
Equipped with gripper cylinder, the clamping part of gripper cylinder is equipped with clamping head 27 on the holder portion towards front.
The flipping block 29 shares two pieces, is installed between two overturning pedestals 28, in the overturning pedestal 28
The servo motor that main shaft is connected with flipping block 29 is installed.
10 rear side of battery overturning structure is equipped with battery removal structure 11, and the battery removal structure 11 includes
Horizontal slide rail 32 moves down cylinder 33, clamp structure fixed block 31 and clamp structure 30, and the horizontal slide rail 32 passes through support
Holder is mounted on workbench 1, and the horizontal slide rail 32 is equipped with transversely sliding rail 32 close to 10 side of battery overturning structure
Mobile moves down cylinder 33, and downward, mandril lower end is equipped with clamp structure fixed block 31, institute to the mandril for moving down cylinder 33
Clamp structure 30 there are two being symmetrically installed on the downside of the clamp structure fixed block 31 stated.
15 middle part of battery delivery board is disposed with the mounting groove to match with battery, and battery lower part is embedded in mounting groove
It is interior.
Selection structure 5 before solar panel is installed, selection structure before the solar panel on rear side of the tail end of the return conveyer belt 4
5 include lower bracket 16, be pushed forward air cylinder structure 17 and preceding pushing block 18, the lower bracket 16, which is mounted on, returns to 4 end of conveyer belt
It is connected below portion and with workbench 1, is longitudinally provided in the lower bracket 16 and is pushed forward air cylinder structure 17, be pushed forward air cylinder structure
17 rear end is equipped with the push rod of back-and-forth motion, pushing block 18 before being equipped on push rod, preceding pushing block 18 and the electricity on return conveyer belt 4
Pond delivery board 15 is connected.
The advance conveyer belt 3 and return conveyer belt 4 is all made of servo motor as power source, 3 He of advance conveyer belt
It returns after conveyer belt 4 often conveys a station and is required to wait for, move a station after waiting again.
Embodiment
All it is that a station is often moved by Serve Motor Control when whole equipment work, needs control to advance defeated
It send band 3 and returns to conveyer belt 4 and stop a period of time, for making each structure on device operate battery, battery is logical
It crosses battery delivery board 15 and is used for placing battery, battery needs to pass through battery observation structure 2, internal resistance of cell detection structure 6, electricity successively
Pond transfer robot arm 9, battery overturning structure 10 and battery removal structure 11, can smoothly enter into the next of battery pack assembling
In a device.
When battery and battery delivery board 15 move to battery observation structure 2, by battery observation structure 2
Blue light camera 13 and magnifying glass bracket 14 judge the integrity degree and specification of battery entirety, the battery of each specification
It can only appear on the assembly line set together, battery and battery delivery board 15 can move in battery after basis judges
It hinders in detection structure 6.
The cylinder on longitudinal movement seat 37 in internal resistance of cell detection structure 6 can push movable block 38 to move so that mobile
Connection plug 39 on block 38 is connected with battery so that battery is connected, and after being powered after a period of time, connection plug 39 can be automatic
The data of battery are acquired, whether qualification judges to battery, by battery delivery board 15 and can advance defeated if qualified
Band 3 is sent, battery is transported at 3 tail end of advance conveyer belt, if unqualified, battery can be transported to unqualified by mechanical conveying arm
In battery storing rack 7.
If the defective work storage support 20 in unqualified battery storing rack 7 has dried layer accommodating groove, every layer of accommodating groove
A kind of unqualified parameter of battery is represented, the reasonable storage of battery is facilitated, when unqualified battery storing rack 7 moves,
Computer can judge that underproof battery needs to be stored in which layer accommodating groove first, be moved later by feeder motor 21
Seat 23, Mobile base 23 is moved at the storage groove location of selection, starts pusher cylinder later, and pusher cylinder pushes pushing block 24,
Pushing block 24 pushes battery, and battery is pushed in accommodating groove, completes the storage of unqualified battery.
When battery is qualified, and transports advance 3 tail portion of conveyer belt, manipulator 25 is moved by manipulator guide rail 34 first
It moves to the top of two batteries qualified after tested, is moved down by the cylinder that moves down on manipulator 25, then started later
Gripper cylinder, two clamping heads clamp battery, then move up manipulator 25, and manipulator 25 takes off battery from battery delivery board 15
Go out, and two batteries are transported on 10 side of battery overturning structure, while the position of battery is overturn with battery in structure 10
Two flipping blocks 29 correspond to.
Clamping head 27 is stretched out by the stretches out cylinder on flipping block 29 in subordinate when battery overturning structure 10 starts, and is made
It obtains battery to be in clamping head 27, starts gripper cylinder later so that battery one end is fixed with clamping head 27, manipulator after fixing
25 can unclamp, and 3 tail portion of the conveyer belt movement that moves forward, and reply stretches out cylinder first later, secondly start servo motor, will overturn
Block 29 is overturn upward so that battery is in vertical state, and battery is facilitated to be operated among next process, and last battery is logical
Battery removal structure 11 is crossed to be transplanted in the device of next process.
In order to realize reply flow line production, devising advance conveyer belt 3 and return to conveyer belt 4, while in order to control automatically
15 shuttling movement of battery delivery board processed devises selection structure 5 and battery delivery board pushing structure 8 before solar panel, the two structures
Battery delivery board 15 can be moved in advance conveyer belt 3 and return conveyer belt 4.
Claims (10)
1. a kind of unqualified battery screening plant, including workbench (1), advance conveyer belt (3) and return conveyer belt (4), special
Sign is：It is front and back on the workbench (1) to be horizontally installed with advance conveyer belt (3) side by side and return to conveyer belt (4), it is described
Several are installed along advance conveyer belt (3) on advance conveyer belt (3) and return conveyer belt (4) and return to conveyer belt (4) movement
Battery delivery board (15), the initiating terminal last time of the advance conveyer belt (3) is equipped with battery observation structure (2) and battery
Internal resistance detection structure (6), described advance conveyer belt (3) tail portion are equipped with battery transfer manipulator (9) and battery overturning structure
(10), unqualified battery storing rack (7), internal resistance of cell detection knot are installed on the workbench (1) leading flank
Structure (6) is equipped with close to advance conveyer belt (3) tail portion side transports unqualified battery to the machine of unqualified battery storing rack (7)
Tool conveying arm；
The battery observation structure (2) includes bottom plate (12), blue light camera (13) and vertical pole (19), the bottom plate
(12) it is mounted on workbench (1) table top, bottom plate (12) has vertical branch close to advance conveyer belt (3) initiating terminal side is vertically-mounted
Bar (19), the vertical pole (19), which moves up and down, is equipped with magnifying glass bracket (14), the magnifying glass bracket (14) with
Battery on battery delivery board (15) corresponds to, and being equipped with blue light corresponding with magnifying glass bracket (14) on the bottom plate (12) takes the photograph
As head (13)；
Internal resistance of cell detection structure (6) includes longitudinal movement seat (37), movable block (38) and connection plug (39), the longitudinal direction
Mobile base (37) is longitudinally mounted on workbench (1), is moved forward and backward on the longitudinal movement seat (37) and is equipped with movable block
(38), the movable block (38) front end is equipped with the connection plug (39) of back-and-forth motion, be disposed on connection plug (39) with
The plug wire copper sheet that battery matches, plug wire copper sheet are connected with computer.
2. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The unqualified battery is deposited
It includes feeder motor (21), upright slide rail (22) and Mobile base (23) to put rack (7), and the upright slide rail (22) upper end is vertical
Feeder motor (21) is installed, feeder motor (21) is connected with the Mobile base (23) mounted on upright slide rail (22) side, mobile
Seat (23) is mobile along upright slide rail (22), and the pushing block (24) moved left and right is equipped on the Mobile base (23), described
Pushing block (24) be connected with the pusher cylinder on Mobile base (23), on front side of the workbench (1), at Mobile base (23)
Defective work storage support (20) is installed, the defective work storage support (20) if on be disposed with dried layer accommodating groove.
3. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The advance conveyer belt
(3) it is longitudinally provided with battery delivery board pushing structure (8) at tail end front side, the battery delivery board pushing structure (8) includes
Delivery board pusher cylinder (35) and delivery board pushing block (36), the delivery board pusher cylinder (35) are longitudinally mounted by pedestal
On workbench (1), towards advance conveyer belt (3), the delivery board pushes away the mandril of the delivery board pusher cylinder (35)
Take offence cylinder (35) mandril on delivery board pushing block (36) corresponding with battery delivery board (15) is installed.
4. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The battery transfer machinery
Hand (9) includes manipulator support (26), manipulator guide rail (34) and manipulator (25), and the manipulator support (26) is pacified vertically
On workbench (1), manipulator support (26) upper end is horizontally installed with manipulator guide rail (34), the manipulator guide rail
(34) from the front position that advance conveyer belt (3) tail portion extends to battery overturning structure (10), the manipulator guide rail
(34) moved left and right on and manipulator (25) be installed, be equipped on manipulator (25) move up and down move down cylinder, move down cylinder
Mandril lower part is equipped with gripper cylinder, and clamping part directed downwardly is equipped on gripper cylinder.
5. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The battery overturns structure
(10) include overturning pedestal (28), flipping block (29) and clamping head (27), the overturning pedestal (28) altogether there are two, transverse direction is simultaneously
Row is mounted on and is fixed on workbench (1), overturning pedestal (28) overturning pedestal corresponding with battery transfer manipulator (9), described
(28) flipping block (29) is rotatablely equipped between, the flipping block (29) is installed in battery transfer manipulator (9) side
There is gripper cylinder, the clamping part of gripper cylinder is equipped with clamping head (27) on the holder portion towards front.
6. a kind of unqualified battery screening plant according to claim 5, it is characterised in that：The flipping block (29) is altogether
There are two pieces, is installed between two overturning pedestals (28), main shaft and flipping block are installed in the overturning pedestal (28)
(29) connected servo motor.
7. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The battery overturns structure
(10) rear side is equipped with battery removal structure (11), and the battery removal structure (11) includes horizontal slide rail (32), moves down gas
Cylinder (33), clamp structure fixed block (31) and clamp structure (30), the horizontal slide rail (32) are mounted on by supporting support
On workbench (1), the horizontal slide rail (32) is equipped with transversely sliding rail (32) shifting close to battery overturning structure (10) side
Dynamic moves down cylinder (33), and downward, mandril lower end is equipped with clamp structure fixed block to the mandril for moving down cylinder (33)
(31), clamp structure (30) there are two being symmetrically installed on the downside of the clamp structure fixed block (31).
8. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The battery delivery board
(15) middle part is disposed with the mounting groove to match with battery, and battery lower part is embedded in mounting groove.
9. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The return conveyer belt
(4) selection structure (5) before solar panel is installed on rear side of tail end, before the solar panel selection structure (5) include lower bracket (16),
It is pushed forward air cylinder structure (17) and preceding pushing block (18), the lower bracket (16), which is mounted on, to be returned below conveyer belt (4) end simultaneously
It is connected with workbench (1), is longitudinally provided in the lower bracket (16) and is pushed forward air cylinder structure (17), be pushed forward air cylinder structure
(17) rear end is equipped with the push rod of back-and-forth motion, and preceding pushing block (18), preceding pushing block (18) and return conveyer belt are equipped on push rod
(4) the battery delivery board (15) on is connected.
10. a kind of unqualified battery screening plant according to claim 1, it is characterised in that：The advance conveyer belt
(3) it is all made of servo motor with return conveyer belt (4) and is often conveyed as power source, advance conveyer belt (3) and return conveyer belt (4)
It is required to wait for after one station, moves a station after waiting again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721075033.8U CN207655529U (en) | 2017-08-25 | 2017-08-25 | A kind of unqualified battery screening plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721075033.8U CN207655529U (en) | 2017-08-25 | 2017-08-25 | A kind of unqualified battery screening plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207655529U true CN207655529U (en) | 2018-07-27 |
Family
ID=62936926
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721075033.8U Expired - Fee Related CN207655529U (en) | 2017-08-25 | 2017-08-25 | A kind of unqualified battery screening plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207655529U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107470172A (en) * | 2017-08-25 | 2017-12-15 | 宁波力神动力电池***有限公司 | A kind of unqualified battery screening plant |
| CN112191558A (en) * | 2020-10-10 | 2021-01-08 | 杭州羽雪电子科技有限公司 | Electronic equipment lithium battery conduction testing device |
| CN115156071A (en) * | 2022-06-10 | 2022-10-11 | 深圳泰德激光技术股份有限公司 | Automatic detection sorting device |
-
2017
- 2017-08-25 CN CN201721075033.8U patent/CN207655529U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107470172A (en) * | 2017-08-25 | 2017-12-15 | 宁波力神动力电池***有限公司 | A kind of unqualified battery screening plant |
| CN112191558A (en) * | 2020-10-10 | 2021-01-08 | 杭州羽雪电子科技有限公司 | Electronic equipment lithium battery conduction testing device |
| CN112191558B (en) * | 2020-10-10 | 2021-06-04 | 徐州储盈电子科技有限公司 | Electronic equipment lithium battery conduction testing device |
| CN115156071A (en) * | 2022-06-10 | 2022-10-11 | 深圳泰德激光技术股份有限公司 | Automatic detection sorting device |
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