CN109856539A - A kind of battery testing positioning device - Google Patents
A kind of battery testing positioning device Download PDFInfo
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- CN109856539A CN109856539A CN201811585328.9A CN201811585328A CN109856539A CN 109856539 A CN109856539 A CN 109856539A CN 201811585328 A CN201811585328 A CN 201811585328A CN 109856539 A CN109856539 A CN 109856539A
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- mobile
- battery pack
- push plate
- moved
- pedestal
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Abstract
The present invention provides a kind of battery testing positioning device, including pedestal and test equipment, the test equipment is mounted on pan frontward end face upper position, pedestal upper surface right station fixes right support abutment, right conveyer belt is installed inside the right support abutment, the fixed left support abutment in the pedestal upper surface left part position, left conveyer belt is installed inside the left support abutment, back-end location installation in the pedestal upper end has the moving assembly for improving battery pack the moving stability, the positioning component of pedestal upper surface medium position installation good positioning effect, compared with prior art, the present invention is with following the utility model has the advantages that convenient for conveying to battery pack, and conveying good stability, and realize the positioning of battery pack, locating effect is good.
Description
Technical field
The present invention is a kind of battery testing positioning device, belongs to battery test apparatus field.
Background technique
Battery pack is tested in process of production, to guarantee test effect, needs to make battery pack and test equipment
Exactitude position in the prior art usually conveys the conveying of battery pack to battery pack, and conveying stability is poor, locating effect
It is bad, and the height of battery pack cannot be adjusted, thus need a kind of battery testing positioning device with solve it is above-mentioned go out
Existing problem.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of battery testing positioning device, to solve
The problems mentioned above in the background art.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of battery testing positioning
Device, including pedestal and test equipment, the test equipment are mounted on pan frontward end face upper position, the pedestal upper surface
Right station fixes right support abutment, and right conveyer belt, the fixed left branch in the pedestal upper surface left part position are installed inside the right support abutment
Left conveyer belt is installed in seat, the left support abutment inside, and back-end location installation in the pedestal upper end is stablized with battery pack movement is improved
Property moving assembly, pedestal upper surface medium position install good positioning effect positioning component.
Further, the moving assembly include leading truck, turntable, screw rod, microscope carrier, opening, upper push plate, electric pushrod,
Ball nut mount, elevating lever, lower push plate, spring one and groove, the leading truck are fixed on the base end face rear positions, institute
It states screw rod to be mounted on inside leading truck, the screw rod right end passes through leading truck right side, and is connected with turntable, the ball spiral shell
Base is sleeved on screw rod annular side, and fits inside ball nut mount and leading truck, and the microscope carrier is fixed on ball nut
Seat front end face, the microscope carrier front end face right station processing opening, the upper push plate are connected to open interior, and the elevating lever is right
End is fixed on push plate left side, and elevating lever is connected to electric pushrod upper end, and the electric pushrod is mounted on microscope carrier upper surface,
The Pocket Machining welds spring one in upper push plate lower end surface, the inside grooves upper side, and one lower end of spring is welded on
Lower push plate upper surface, the lower push plate upper end are mounted on inside grooves.
Further, the electric pushrod is connected by electric wire with external power supply, and in use, battery pack is put
It sets on right conveyer belt, thus drive battery pack to be moved to the left by right conveyer belt, when battery pack is moved on the left of lower push plate,
Staff makes the circuit of electric pushrod and external power supply be connected, and electric pushrod work drives elevating lever mobile, and elevating lever moves
Dynamic to drive upper push plate mobile, to drive lower push plate mobile, push plate instantly is moved to when fitting with right conveyer belt upper side, under
Push plate is moved up along groove, and generates compressing force to spring one, shrinks spring one, when upper push plate is moved to and right conveying
When band upper surface fits, keep electric pushrod out of service, convenient for the movement of upper push plate.
Further, the ball nut mount is connected by ball nut pair with screw rod, and the turntable right side is fixed
Handle, in use, when upper push plate is moved on the right side of battery pack, staff's swing handle, so that turntable be driven to turn
Dynamic, turntable rotation drives screw rod rotation, and the rotating operation of ball nut adjutant's screw rod is converted to linear running, thus ball nut
Seat drive microscope carrier is mobile, and microscope carrier is mobile to drive upper push plate mobile, so that battery pack be pushed to be moved to the left to the left along carrier, works as electricity
Pond group is moved to when fitting with positioning baffle right side, and stop operating handle, then make test equipment to battery pack into
Row test, when complete test after, staff runs electric pushrod again, thus by elevating lever drive positioning baffle and
Upper push plate moves up, while in the case where spring one restores the elastic force effect of deformation, lower push plate fits with carrier upper side always,
When positioning baffle is moved on the upside of battery pack, staff keeps electric pushrod out of service, and rotates turntable again, thus logical
Crossing screw rod is moved to the left ball nut mount, and then microscope carrier drives lower push plate to be moved to the left by upper push plate, continues to battery pack
It pushes to the left, is pushed to battery pack on left conveyer belt and is exported, which is convenient for the conveying of battery pack.
Further, the positioning component includes electric cylinder, connection frame, carrier, positioning baffle, lifting platform, guide pad, leads
To slot, threaded rod, spring two, mobile column, indicating arm, sliding slot and graduated scale, before the electric cylinder is mounted on the base side
Connection frame is installed in portion position, the electric cylinder upper end, connection frame upper end fixed loading shelf, the positioning baffle left side and
Lifting platform right side processes through-hole, and the elevating lever left end is applied in inside through-hole, and the positioning baffle is arranged in lifting platform
Right side, the lifting platform rear end face fixed guide block, the guide pad are mounted on inside guide groove, and the guide groove processing is moving
Dynamic column front end face, the fixed sliding block in the mobile column lower end surface, the sliding block are mounted on inside sliding slot, and the sliding slot processing is being oriented to
Frame upper surface, sliding slot inside left face thread mill drilling, the threaded rod are described by being threadably engaged in inside threaded hole
Threaded rod annular side pocketed springs two, two left end of spring are welded on sliding slot inside left face, two right end of the spring weldering
It connects the leading truck upper surface on rear side of sliding block left side, the sliding slot and inlays graduated scale, the positioning baffle rear end face right part rib
Line position fixes indicating arm, and indicates that rod rear end extends to graduated scale upper side.
Further, the electric cylinder is connected by electric wire with external power supply, in use, when upper push plate will be electric
After pond group is pushed on carrier, and battery pack and positioning baffle right side fit, staff makes electric cylinder and external power supply
Between circuit be connected, electric cylinder work drives connection frame mobile, and connection frame is mobile to drive carrier mobile, to drive battery
Group movement, make battery pack be moved to the optimal measuring distance of test equipment, convenient for the lift adjustment of battery pack.
Further, the arc-shaped structure of threaded rod right end, in use, staff rotate threaded rod, make
Threaded rod is in threaded hole inner rotation and moves right, and the mobile band movable slider of threaded rod moves right inside sliding slot, thus sliding
Block drives mobile column to move right, and mobile column is mobile to drive lifting platform mobile by guide pad, and lifting platform is mobile to push positioning gear
Plate is mobile, and positioning baffle is mobile to drive indicating arm to move along graduated scale, and when indicating arm is moved to predetermined graduated value, work people
Member stops operating threaded rod, when elevating lever moves up and down, drives guide pad to move inside guide groove by lifting platform,
And elevating lever move left and right during moved inside through-hole, the located lateral which is convenient for battery pack mobile.
Beneficial effects of the present invention: a kind of battery testing positioning device of the invention, because the present invention be added to leading truck,
Turntable, screw rod, microscope carrier, opening, upper push plate, electric pushrod, ball nut mount, elevating lever, lower push plate, spring one and groove,
Convenient for conveying to battery pack, and convey good stability.
Because the present invention is added to electric cylinder, connection frame, carrier, positioning baffle, lifting platform, guide pad, guide groove, screw thread
Bar, spring two, mobile column, indicating arm, sliding slot and graduated scale, realize the positioning of battery pack, and locating effect is good.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of battery testing positioning device of the present invention；
Fig. 2 is the structural schematic diagram of moving assembly in a kind of battery testing positioning device of the present invention；
Fig. 3 is enlarged structure schematic diagram at the A of moving assembly in a kind of battery testing positioning device of the present invention；
Fig. 4 is the structural schematic diagram of positioning component in a kind of battery testing positioning device of the present invention；
In figure: 1- pedestal, 2- right support abutment, the right conveyer belt of 3-, 4- test equipment, 5- moving assembly, 6- positioning component, 7- are left
The left conveyer belt of support, 8-, 501- leading truck, 502- turntable, 503- screw rod, 504- microscope carrier, 505- opening, the upper push plate of 506-,
Push plate, 511- spring one, 512- groove, 601- electricity under 507- electric pushrod, 508- ball nut mount, 509- elevating lever, 510-
Dynamic cylinder, 602- connection frame, 603- carrier, 604- positioning baffle, 605- lifting platform, 606- guide pad, 607- guide groove, 608- spiral shell
Rasp bar, 609- spring two, 610- mobile column, 611- indicating arm, 612- sliding slot, 613- graduated scale.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 4 is please referred to, the present invention provides a kind of technical solution: a kind of battery testing positioning device, including pedestal 1
And test equipment 4, test equipment 4 are mounted on 1 front end face upper position of pedestal, the fixed right branch of 1 upper surface right station of pedestal
Seat 2, installs right conveyer belt 3 inside right support abutment 2, the fixed left support abutment 7 in 1 upper surface left part position of pedestal, installs inside left support abutment 7 left
Conveyer belt 8, the installation of 1 upper end back-end location of pedestal have the moving assembly 5 for improving battery pack the moving stability, 1 upper surface of pedestal
The positioning component 6 of medium position installation good positioning effect.
Moving assembly 5 includes leading truck 501, turntable 502, screw rod 503, microscope carrier 504, opening 505, upper push plate 506, electronic
Push rod 507, ball nut mount 508, elevating lever 509, lower push plate 510, spring 1 and groove 512, leading truck 501 are fixed
In 1 upper surface rear positions of pedestal, screw rod 503 is mounted on inside leading truck 501, and 503 right end of screw rod passes through 501 right end of leading truck
Face, and be connected with turntable 502, ball nut mount 508 is sleeved on 503 annular side of screw rod, and ball nut mount 508 and guiding
It fits inside frame 501, microscope carrier 504 is fixed on 508 front end face of ball nut mount, and the processing of 504 front end face right station of microscope carrier is opened
Mouth 505, upper push plate 506 are connected to inside opening 505, and 509 right end of elevating lever is fixed on 506 left side of push plate, and elevating lever
509 are connected to 507 upper end of electric pushrod, and electric pushrod 507 is mounted on 504 upper surface of microscope carrier, and groove 512 is processed in upper push plate
Spring 1 is welded in 506 lower end surfaces, 512 upper inside face of groove, and one 511 lower end of spring is welded on lower 510 upper surface of push plate,
Lower 510 upper end of push plate is mounted on inside groove 512.
Positioning component 6 includes electric cylinder 601, connection frame 602, carrier 603, positioning baffle 604, lifting platform 605, guide pad
606, guide groove 607, threaded rod 608, spring 2 609, mobile column 610, indicating arm 611, sliding slot 612 and graduated scale 613, electricity
Dynamic cylinder 601 is mounted on 1 upper side forward position of pedestal, and connection frame 602 is installed in 601 upper end of electric cylinder, and 602 upper end of connection frame is fixed
Carrier 603,604 left side of positioning baffle and 605 right side of lifting platform process through-hole, and 509 left end of elevating lever is applied in logical
Inside hole, the setting of positioning baffle 604 is in 605 right side of lifting platform, 605 rear end face fixed guide block 606 of lifting platform, guide pad 606
It is mounted on inside guide groove 607, for the processing of guide groove 607 in 610 front end face of mobile column, the fixed sliding block in 610 lower end surface of mobile column is sliding
Block is mounted on inside sliding slot 612, and sliding slot 612 is processed in 501 upper surface of leading truck, 612 inside left face thread mill drilling of sliding slot,
Threaded rod 608 is by being threadably engaged in inside threaded hole, 608 annular side pocketed springs 2 609 of threaded rod, and spring 2 609 is left
End is welded on 612 inside left face of sliding slot, and 2 609 right end of spring is welded on sliding block left side, the leading truck of 612 rear side of sliding slot
Inlay graduated scale 613, the fixed indicating arm 611 in 604 rear end face right part crest line position of positioning baffle, and indicating arm 611 in 501 upper surfaces
Rear end extends to 613 upper side of graduated scale.
As an embodiment of the present invention: electric pushrod 507 is connected by electric wire with external power supply, in use process
In, battery pack is placed on right conveyer belt 3, to drive battery pack to be moved to the left by right conveyer belt 3, when battery pack is mobile
When to lower 510 left side of push plate, staff makes electric pushrod 507 and the circuit of external power supply be connected, and electric pushrod 507 works
Drive elevating lever 509 mobile, elevating lever 509 is mobile to drive upper push plate 506 mobile, to drive lower push plate 510 mobile, pushes away instantly
Plate 510 is moved to when fitting with right 3 upper side of conveyer belt, and lower push plate 510 is moved up along groove 512, and to spring one
511 generate compressing force, shrink spring 1, when upper push plate 506, which is moved to, to fit with right 3 upper surface of conveyer belt, make electricity
Dynamic push rod 507 is out of service, convenient for the movement of upper push plate 506.
As an embodiment of the present invention: ball nut mount 508 is connected by ball nut pair with screw rod 503, is turned
Handle is fixed in 502 right side of disk, in use, when upper push plate 506 is moved on the right side of battery pack, staff's turning handle
Hand, so that turntable 502 be driven to rotate, the rotation of turntable 502 drives screw rod 503 to rotate, the rotation fortune of ball nut adjutant screw rod 503
Row is converted to linear running, so that ball nut mount 508 drives microscope carrier 504 mobile, microscope carrier 504 is mobile to drive upper push plate 506 to move
It is dynamic, to push battery pack to be moved to the left to the left along carrier 603, when battery pack is moved to and 604 right side phase of positioning baffle
When fitting, stop operating handle, tests test equipment 4 to battery pack, after completing test, staff
Run electric pushrod 507 again, thus drive positioning baffle 604 and upper push plate 506 to move up by elevating lever 509,
Simultaneously in the case where spring 1 restores the elastic force effect of deformation, lower push plate 510 fits with 603 upper side of carrier always, works as positioning
When baffle 604 is moved on the upside of battery pack, staff keeps electric pushrod 507 out of service, and rotates turntable 502 again, from
And be moved to the left ball nut mount 508 by screw rod 503, then microscope carrier 504 by upper push plate 506 drive lower push plate 510 to
It moves left, battery pack continuation is pushed to the left, battery pack is pushed on left conveyer belt 8 and is exported, which is convenient for battery
The conveying of group.
As an embodiment of the present invention: electric cylinder 601 is connected by electric wire with external power supply, in use process
In, after battery pack is pushed on carrier 603 by upper push plate 506, and battery pack and 604 right side of positioning baffle fit, work
The circuit between electric cylinder 601 and external power supply is set to be connected as personnel, the work of electric cylinder 601 drives connection frame 602 mobile, even
It is mobile to connect the mobile drive carrier 603 of frame 602, to drive battery pack mobile, is moved to battery pack optimal with test equipment 4
Measuring distance, convenient for the lift adjustment of battery pack.
As an embodiment of the present invention: the arc-shaped structure of 608 right end of threaded rod, in use, staff
Threaded rod 608 is rotated, makes threaded rod 608 in threaded hole inner rotation and moves right, the mobile band movable slider of threaded rod 608 is in cunning
It moves right inside slot 612, so that sliding block drives mobile column 610 to move right, mobile column 610 is mobile to pass through 606 band of guide pad
Dynamic lifting platform 605 is mobile, and lifting platform 605 is mobile to push positioning baffle 604 mobile, and positioning baffle 604 is mobile to drive indicating arm 611
It is moved along graduated scale 613, when indicating arm 611 is moved to predetermined graduated value, staff stops operating threaded rod 608 i.e.
Can, when elevating lever 509 moves up and down, drive guide pad 606 to move inside guide groove 607 by lifting platform 605, and go up and down
Bar 509 moves inside through-hole during moving left and right, the located lateral which is convenient for battery pack mobile.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or
In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention
It is interior.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (7)
1. a kind of battery testing positioning device, including pedestal (1) and test equipment (4), it is characterised in that: the test is set
Standby (4) are mounted on pedestal (1) front end face upper position, and pedestal (1) the upper surface right station is fixed right support abutment (2), described
Right conveyer belt (3) is installed, pedestal (1) the upper surface left part position is fixed left support abutment (7), the left branch inside right support abutment (2)
Left conveyer belt (8) is installed, pedestal (1) the upper end back-end location installation, which has, improves battery pack the moving stability inside seat (7)
Moving assembly (5), the positioning component (6) of pedestal (1) upper surface medium position installation good positioning effect.
2. a kind of battery testing positioning device according to claim 1, it is characterised in that: moving assembly (5) packet
Include leading truck (501), turntable (502), screw rod (503), microscope carrier (504), opening (505), upper push plate (506), electric pushrod
(507), ball nut mount (508), elevating lever (509), lower push plate (510), spring one (511) and groove (512), it is described to lead
Pedestal (1) upper surface rear positions are fixed on to frame (501), the screw rod (503) is mounted on leading truck (501) inside, described
Screw rod (503) right end passes through leading truck (501) right side, and is connected with turntable (502), ball nut mount (508) set
It fits mounted in screw rod (503) annular side, and inside ball nut mount (508) and leading truck (501), the microscope carrier (504)
It is fixed on ball nut mount (508) front end face, microscope carrier (504) the front end face right station processing opening (505) is described above to push away
Plate (506) is connected to opening (505) inside, and elevating lever (509) right end is fixed on push plate (506) left side, and goes up and down
Bar (509) is connected to electric pushrod (507) upper end, and the electric pushrod (507) is mounted on microscope carrier (504) upper surface, described recessed
Slot (512) processing welds spring one (511) in upper push plate (506) lower end surface, groove (512) the upper inside face, the bullet
Spring one (511) lower end is welded on lower push plate (510) upper surface, and it is internal that lower push plate (510) upper end is mounted on groove (512).
3. a kind of battery testing positioning device according to claim 2, it is characterised in that: the electric pushrod (507)
It is connected by electric wire with external power supply, in use, battery pack is placed on right conveyer belt (3), to pass through the right side
Conveyer belt (3) drives battery pack to be moved to the left, and when battery pack is moved on the left of lower push plate (510), staff makes electronic push away
Bar (507) and the circuit of external power supply are connected, and electric pushrod (507) work drives elevating lever (509) mobile, elevating lever
(509) mobile to drive upper push plate (506) movement, to drive lower push plate (510) mobile, push plate instantly (510) is moved to and the right side
When conveyer belt (3) upper side fits, lower push plate (510) moves up along groove (512), and generates to spring one (511)
Compressing force shrinks spring one (511), when upper push plate (506), which is moved to, to fit with right conveyer belt (3) upper surface, makes electricity
Dynamic push rod (507) are out of service, are convenient for the movement of upper push plate (506).
4. a kind of battery testing positioning device according to claim 2, it is characterised in that: the ball nut mount
(508) it is connected by ball nut pair with screw rod (503), the fixed handle in turntable (502) right side, in use process
In, when upper push plate (506) is moved on the right side of battery pack, staff's swing handle turns so that turntable (502) be driven to rotate
Disk (502) rotation drives screw rod (503) rotation, and the rotating operation of ball nut adjutant screw rod (503) is converted to linear running, from
And ball nut mount (508) drives microscope carrier (504) mobile, microscope carrier (504) is mobile to drive upper push plate (506) mobile, to push
Battery pack is moved to the left along carrier (603) to the left, when battery pack, which is moved to, to fit with positioning baffle (604) right side,
Stop operating handle, tests test equipment (4) to battery pack, and after completing test, staff makes electricity
Dynamic push rod (507) are run again, to drive positioning baffle (604) and upper push plate (506) Xiang Shangyi by elevating lever (509)
It is dynamic, while in the case where spring one (511) restores the elastic force effect of deformation, lower push plate (510) is affixed with carrier (603) upper side always
It closes, when positioning baffle (604) is moved on the upside of battery pack, staff keeps electric pushrod (507) out of service, and turns again
Turn disk (502), to make ball nut mount (508) be moved to the left by screw rod (503), then microscope carrier (504) is by above pushing away
Plate (506) drives lower push plate (510) to be moved to the left, and pushes to the left to battery pack continuation, battery pack is made to be pushed to left conveyer belt (8)
On exported, the design be convenient for battery pack conveying.
5. a kind of battery testing positioning device according to claim 1, it is characterised in that: positioning component (6) packet
It includes electric cylinder (601), connection frame (602), carrier (603), positioning baffle (604), lifting platform (605), guide pad (606), lead
To slot (607), threaded rod (608), spring two (609), mobile column (610), indicating arm (611), sliding slot (612) and graduated scale
(613), the electric cylinder (601) is mounted on pedestal (1) upper side forward position, electric cylinder (601) the upper end installation connection
Frame (602), connection frame (602) the upper end fixed loading shelf (603), positioning baffle (604) left side and lifting platform
(605) right side processes through-hole, and elevating lever (509) left end is applied in inside through-hole, positioning baffle (604) setting
On the right side of lifting platform (605), lifting platform (605) the rear end face fixed guide block (606), the guide pad (606) is mounted on
Guide groove (607) is internal, and guide groove (607) processing is in mobile column (610) front end face, mobile column (610) lower end surface
Fixed sliding block, the sliding block are mounted on sliding slot (612) inside, and sliding slot (612) processing is in leading truck (501) upper surface, institute
Sliding slot (612) inside left face thread mill drilling is stated, the threaded rod (608) is described by being threadably engaged in inside threaded hole
Threaded rod (608) annular side pocketed springs two (609), spring two (609) left end are welded on sliding slot (612) inside left
Face, spring two (609) right end are welded on sliding block left side, leading truck (501) the upper surface edge on rear side of the sliding slot (612)
Embedding graduated scale (613), positioning baffle (604) the rear end face right part crest line position is fixed indicating arm (611), and indicating arm
(611) rear end extends to graduated scale (613) upper side.
6. a kind of battery testing positioning device according to claim 5, it is characterised in that: the electric cylinder (601) is logical
Electric wire is crossed to be connected with external power supply, in use, when battery pack is pushed on carrier (603) by upper push plate (506), and
After battery pack and positioning baffle (604) right side fit, staff makes the circuit between electric cylinder (601) and external power supply
It is connected, electric cylinder (601) work drives connection frame (602) mobile, and connection frame (602) is mobile to drive carrier (603) mobile, from
And drive battery pack mobile, make battery pack be moved to test equipment (4) optimal measuring distance, convenient for the rising-falling tone of battery pack
Section.
7. a kind of battery testing positioning device according to claim 5, it is characterised in that: the threaded rod (608) is right
Arc-shaped structure is held, in use, staff rotates threaded rod (608), turns threaded rod (608) inside threaded hole
It moves and moves right, the mobile band movable slider of threaded rod (608) moves right inside sliding slot (612), so that sliding block drives movement
Column (610) moves right, and mobile column (610) is mobile to drive lifting platform (605) mobile by guide pad (606), lifting platform (605)
Mobile to push positioning baffle (604) mobile, positioning baffle (604) is mobile to drive indicating arm (611) to move along graduated scale (613)
Dynamic, when indicating arm (611) is moved to predetermined graduated value, staff stops operating threaded rod (608), works as elevating lever
(509) when moving up and down, drive guide pad (606) mobile inside guide groove (607) by lifting platform (605), and elevating lever
(509) it is moved inside through-hole during moving left and right, the located lateral which is convenient for battery pack mobile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811585328.9A CN109856539A (en) | 2018-12-24 | 2018-12-24 | A kind of battery testing positioning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811585328.9A CN109856539A (en) | 2018-12-24 | 2018-12-24 | A kind of battery testing positioning device |
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| Publication Number | Publication Date |
|---|---|
| CN109856539A true CN109856539A (en) | 2019-06-07 |
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ID=66892140
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811585328.9A Pending CN109856539A (en) | 2018-12-24 | 2018-12-24 | A kind of battery testing positioning device |
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| CN108957339A (en) * | 2018-06-26 | 2018-12-07 | 李慧 | A kind of lamination lithium battery detection machine |
| CN209728139U (en) * | 2018-12-24 | 2019-12-03 | 浙江永高电池股份有限公司 | A kind of battery testing positioning device |
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2018
- 2018-12-24 CN CN201811585328.9A patent/CN109856539A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201903633U (en) * | 2010-12-13 | 2011-07-20 | 天津力神电池股份有限公司 | Detection tooling for performance of battery pack |
| CN105738818A (en) * | 2016-02-01 | 2016-07-06 | 哈尔滨工业大学 | General storage battery parameter online detection platform |
| CN207408562U (en) * | 2017-10-20 | 2018-05-25 | 四川普力科技有限公司 | A kind of high throughput battery test system |
| CN107655892A (en) * | 2017-10-31 | 2018-02-02 | 电子科技大学中山学院 | Lithium battery monitoring device |
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