CN208775681U - A kind of conveying mechanism for battery holder assembling - Google Patents
A kind of conveying mechanism for battery holder assembling Download PDFInfo
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- CN208775681U CN208775681U CN201821219324.4U CN201821219324U CN208775681U CN 208775681 U CN208775681 U CN 208775681U CN 201821219324 U CN201821219324 U CN 201821219324U CN 208775681 U CN208775681 U CN 208775681U
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- plastic cement
- cement seat
- fixture block
- sliding
- sliding rail
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Abstract
The utility model relates to a kind of conveying mechanisms for battery holder assembling.Comprising: be equipped with the plastic cement seat transmission rail of shifting chute；Intermediate transmission devices, including sliding rail, sliding rail are equipped with sliding groove, sliding rail slidably connects conveying fixture block, it conveys fixture block and is equipped with slide section and slide section insertion sliding groove, conveying fixture block, which is connected with, conveys linear mould group, conveys linear mould group driving conveying fixture block and moves along sliding groove；The rear end side of sliding rail is equipped with rear notch, and the middle part of sliding rail is equipped with middle notch, bayonet and middle bayonet before the front end and middle part of slide section are respectively equipped with；Cored head, positioned at the side of middle notch comprising one end of stacker, stacker is equipped with carrier, and carrier is correspondingly arranged with middle notch, and stacker is connected with the linear mould group of cored；Plastic cement seat transfer device or shifting chute are equipped between shifting chute and sliding groove and sliding groove is arranged in a crossed manner.The utility model passes through the cooperation of intermediate transmission devices and cored head, and work efficiency is high and cost is relatively low.
Description
Technical field
The utility model relates to battery holder package technique field more particularly to a kind of conveyers for battery holder assembling
Structure.
Background technique
The battery holder of current battery product is made of plastic cement seat and electrode slice substantially, and in processing, factory is generally adopted at present
Plastic cement seat is delivered to the transport mechanism connecting with assembling station with manipulator, electrode slice is also sequentially delivered to assembling station, moulds
Rubber base is delivered to assembling station in transport mechanism and assembles with electrode slice, then sends out assembling station by transport mechanism, then by machine
The battery holder being completed is transferred to discharging area by tool hand.The transfer of plastic cement seat and the battery holder transfer after assembling during this period
It is completed by manipulator, the working efficiency of manipulator is lower, and two manipulators is needed to complete, higher cost.
Summary of the invention
The purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of conveyer for battery holder assembling
Structure, the conveying mechanism can quickly convey plastic cement seat, battery holder, and work efficiency is high and cost is relatively low.
A kind of conveying mechanism for battery holder assembling comprising:
For the plastic cement seat transmission rail of plastic cement seat vibrating disk connection, the plastic cement seat transmission rail is equipped with and plastic cement seat phase
The shifting chute of cooperation；
Intermediate transmission devices, including sliding rail, the upper surface of sliding rail are equipped with the sliding groove matched with plastic cement seat, sliding rail it is upper
End slidably connects conveying fixture block, and the lower end for conveying fixture block is equipped with the slide section matched with sliding groove and slide section insertion sliding
Slot, the one end for conveying fixture block are connected with the linear mould group of conveying, convey linear mould group driving conveying fixture block and move along sliding groove；Institute
The rear end side for stating sliding rail is equipped with the rear notch for entering sliding groove for plastic cement seat, and the middle part of sliding rail is equipped with for moving plastic cement seat
Out, the middle notch moved into, the front end and middle part of the slide section are respectively equipped with the preceding bayonet and middle bayonet matched with plastic cement seat；
Cored head, positioned at the side of middle notch comprising one end of stacker, stacker is equipped with for accepting modeling
The carrier of rubber base, carrier are correspondingly arranged with middle notch, and stacker is connected with the linear mould group of cored；
Plastic cement seat transfer device is equipped between shifting chute and sliding groove, plastic cement seat transfer device turns plastic cement seat from shifting chute
Move to loose slot；Alternatively, shifting chute is arranged in a crossed manner with sliding groove.
Further, the shifting chute is arranged in parallel with sliding groove, and plastic cement seat is equipped between shifting chute and sliding groove and is shifted
Device, the sliding rail include preceding sliding rail and aft ramp, gap are equipped between preceding sliding rail and aft ramp, which is middle notch, institute
Sliding rail is set to the side of plastic cement seat transfer device before stating, and plastic cement seat transfer device is equipped with transfer groove, and one end of transfer groove is with before
The sliding groove of sliding rail is connected to；The side of transfer groove is equipped with the installing port for connecting plastic cement seat transmission rail, transfer groove and movement
Slot connection, transfer groove slidably connect sliding seat, and one end of sliding seat is equipped with the accommodation groove matched with plastic cement seat, sliding seat
The other end is connected with the linear mould group of transfer, and the rear end of the slide section is equipped with the rear bayonet matched with sliding seat.
Further, the other end of stacker is equipped with the shrinkage pool matched with the slide section of conveying fixture block；Or stacker
L-shaped setting.
Further, the linear mould group of the conveying, the linear mould group of cored, the linear mould group of transfer are cylinder.
Further, the rear end of the conveying fixture block is equipped with blocked hole, and conveys fixture block and be connected with intermediate mass, intermediate mass
Front end is equipped with the fixture block matched with blocked hole, and intermediate mass is connect with linear mould group is conveyed.
Further, the top of the transfer groove is equipped with cover board, and cover board is fixedly connected with plastic cement transfer device.
The utility model has the beneficial effects that the utility model passes through the cooperation of intermediate transmission devices and cored head,
It can be achieved at the same time quickly to plastic cement seat, assembled battery holder Alternating Transportation, work efficiency is high and cost is relatively low.
Detailed description of the invention
Fig. 1 is one of the present embodiment process schematic diagram of application structure.
Fig. 2 is a kind of schematic diagram that the present embodiment removes 3 linear mould groups.
Fig. 3 is the schematic diagram at another visual angle of Fig. 2.
Fig. 4 is a kind of schematic diagram for conveying fixture block.
Appended drawing reference includes:
1 --- convey linear mould group；2 --- plastic cement seat transmission rail；21 --- shifting chute；3 --- sliding seat；31——
Accommodation groove；32 --- transfer groove；4 --- shift linear mould group；5 --- the linear mould group of cored；6 --- stacker；61 --- it is recessed
Hole；62 --- carrier；7 --- sliding rail；71 --- preceding sliding rail；72 --- aft ramp；73 --- rear notch；74 --- in lack
Mouthful；8 --- assembling station；9 --- conveying fixture block；91 --- preceding bayonet；92 --- middle bayonet；93 --- rear bayonet；94——
Blocked hole；95 --- slide section；10 --- plastic cement seat transfer device；101 --- cover board.
Specific embodiment
The utility model is described in detail below in conjunction with attached drawing.As shown in Figures 1 to 4.
A kind of embodiment: conveying mechanism for battery holder assembling comprising:
For the plastic cement seat transmission rail 2 of plastic cement seat vibrating disk connection, the plastic cement seat transmission rail 2 is equipped with and plastic cement seat
The shifting chute 21 matched；
Intermediate transmission devices, including sliding rail 7, the upper surface of sliding rail 7 are equipped with the sliding groove matched with plastic cement seat, sliding rail 7
Upper end slidably connect conveying fixture block 9, the lower end of conveying fixture block 9 is equipped with the slide section 95 that matches with sliding groove and slide section
95 insertion sliding grooves, the one end for conveying fixture block 9 are connect with linear mould group 1 is conveyed, and convey the linear driving of mould group 1 conveying 9 edge of fixture block
Sliding groove it is mobile；The rear end side of the sliding rail 7, which is equipped with, is used for the rear notch 73 that plastic cement seat enters sliding groove, in sliding rail 7
Portion is equipped with the middle notch 74 for removing, moving by plastic cement seat, the front end of the slide section 95 and middle part is respectively equipped with and plastic cement
The preceding bayonet 91 and middle bayonet 92 that seat matches；
Cored head, positioned at the side of middle notch 74 comprising one end of stacker 6, stacker 6 is equipped with for holding
The carrier 62 of plastic cement seat is connect, carrier 62 is correspondingly arranged with middle notch 74, and stacker 6 is connected with the linear mould group 5 of cored；
Plastic cement seat transfer device 10 is equipped between shifting chute 21 and sliding groove, plastic cement seat transfer device 10 is by plastic cement seat from shifting
Dynamic slot 21 is transferred to loose slot；Alternatively, shifting chute 21 and sliding groove are arranged in a crossed manner.
When the technical program works, plastic cement seat shakes out from plastic cement seat vibrating disk and enters shifting chute 21, if shifting chute
21 intersect with sliding groove, and plastic cement seat then directly enters sliding groove from shifting chute 21；Otherwise, using plastic cement transfer device by plastic cement
Seat is transferred to sliding groove；Plastic cement seat is introduced into the rear notch 73 of sliding rail 7 and conveys the middle card of fixture block 9 when entering sliding groove
In mouth 92, then according to following steps: 1, under the driving for conveying linear mould group 1, conveying fixture block 9 is moved forward, until middle card
Mouth 92 is overlapped with middle notch 74, and the carrier 62 of cored head is located at middle notch 74 at this time, and plastic cement seat is in conveying fixture block 9
It is moved under drive on carrier 62；2, it conveys linear mould group 1 to suspend, the linear mould group 5 of cored drives carrier 62 to be moved to dress
Core station, i.e. installation electrode slice；The linear mould group 5 of cored is suspended；3, the linear driving of mould group 1 conveying fixture block 9 is conveyed to move backward again
Position, preceding bayonet 91 is corresponding with middle notch 74 at this time, and middle bayonet 92 is overlapped with rear notch 73；4, plastic cement seat transfer is linearly driven with cored
Dynamic model group moves simultaneously, and plastic cement seat voluntarily enters middle bayonet 92 into or by plastic cement seat transfer device 10, and cored linearly drives
Dynamic model group drives notch 74 in the return of carrier 62, and assembled battery holder also enters middle notch 74；5, it repeats the above steps
1, new plastic cement seat enter in notch 74, assembled battery holder moves forward to discharging area under the driving of preceding bayonet 91.This
In technical solution, under two notches cooperation of two bayonets and sliding rail 7 by conveying fixture block 9, the conveying of plastic cement seat is realized
And assembled battery holder conveying is carried out continuously, overall work linking is fast, and work efficiency is high, and at low cost.
Further, referring to fig. 2, the shifting chute 21 is arranged in parallel with sliding groove, sets between shifting chute 21 and sliding groove
There is plastic cement seat transfer device 10, the sliding rail 7 includes preceding sliding rail 71 and aft ramp 72, is equipped between preceding sliding rail 71 and aft ramp 72
Gap, the gap are middle notch 74, and the preceding sliding rail 71 is set to the side of plastic cement seat transfer device 10, plastic cement seat transfer device
10 are equipped with transfer groove 32, and one end of transfer groove 32 is connected to the sliding groove of preceding sliding rail 71；The side of transfer groove 32 is equipped with for connecting
The installing port of plastic cement seat transmission rail 2 is connect, transfer groove 32 is connected to shifting chute 21, and transfer groove 32 slidably connects sliding seat 3, sliding
One end of dynamic seat 3 is equipped with the accommodation groove 31 matched with plastic cement seat, and the other end of sliding seat 3 is connected with the linear mould group 4 of transfer, institute
The rear end for stating slide section 95 is equipped with the rear bayonet 93 matched with sliding seat 3.
By the way that plastic cement seat mobile device is arranged, accurately plastic cement seat can be sequentially sent in sliding groove；When work: plastic cement
Seat sequentially arranges on shifting chute 21, and single plastic cement seat enters the accommodating on the sliding seat 3 in transfer groove 32 from shifting chute 21
Slot 31, sliding seat 3 move under the driving for shifting linear mould group 4, and the friendship of sliding groove Yu shifting chute 21 is entered with plastic cement seat
At fork, which is also the infall of middle bayonet 92 and sliding groove, therefore plastic cement seat also enters the middle bayonet of conveying fixture block 9
In 92, then, bayonet 91 before the linear driving of mould group 1 conveying fixture block 9 moves forward and plastic cement seat is driven to be moved to, the process are conveyed
Middle slide section 95 is always situated in accommodation groove 31；Finally, rear bayonet 93 is overlapped with accommodation groove 31, after sliding seat 3 can pass through at this time
Bayonet 93 resets；Then, next plastic cement seat enters accommodation groove 31, and conveying fixture block 9 is resetted, moved back and forth.
Further, the other end of stacker 6 is equipped with the shrinkage pool 61 matched with the slide section 95 of conveying fixture block 9；Or
The L-shaped setting of stacker 6.
After carrying out step 2, when carrying out step 3, conveys the linear driving of mould group 1 conveying fixture block 9 and move backward, hold at this time
Joint chair 6 does not have one end, therefore the shrinkage pool 61, which is arranged, can assist conveying fixture block 9 to reset.Certainly as another deformation, stacker
6 be in laterally disposed L shape, and one end locating for carrier 62 is located at a high position, when carrier 62 shifts to assembling station 8, that is, is carried out
When step 2, conveying fixture block 9 is not obstructed by stacker 6, can directly carry out step 3.
Further, the linear mould group 1 of the conveying, the linear mould group 5 of cored, the linear mould group 4 of transfer are cylinder.
Using cylinder as linear mould group, structure is simply at low cost；Other structures, such as feed screw nut can certainly be used
Structure etc..
Further, the rear end of the conveying fixture block 9 is equipped with blocked hole 94, and conveys fixture block 9 and be connected with intermediate mass, intermediate
The front end of block is equipped with the fixture block matched with blocked hole 94, and intermediate mass is connect with linear mould group 1 is conveyed.
After intermediate mass is set, it can facilitate and convey fixture block 9 and connect, avoid being arranged in the end of conveying fixture block 9 complex
Connection structure.
Further, the top of the transfer groove 32 is equipped with cover board 101, and cover board 101 is fixedly connected with plastic cement transfer device.
After cover board 101 is arranged, cover board 101 is combined to form guide slot with transfer groove 32, and plastic cement seat is limited in accommodating by auxiliary
Slot 31.
The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as
Limitations of the present invention.
Claims (6)
1. a kind of conveying mechanism for battery holder assembling comprising:
For the plastic cement seat transmission rail of plastic cement seat vibrating disk connection, the plastic cement seat transmission rail is equipped with and matches with plastic cement seat
Shifting chute；
It is characterized by also including: intermediate transmission devices, intermediate transmission devices include sliding rail, and the upper surface of sliding rail is equipped with and modeling
The sliding groove that rubber base matches, the upper end of sliding rail slidably connect conveying fixture block, and the lower end for conveying fixture block is equipped with and sliding groove phase
The slide section and slide section of cooperation are inserted into sliding groove, and the one end for conveying fixture block is connected with the linear mould group of conveying, convey linear mould group
Driving conveying fixture block is moved along sliding groove；The rear end side of the sliding rail, which is equipped with, enters the rear scarce of sliding groove for plastic cement seat
Mouthful, the middle part of sliding rail is equipped with the middle notch for removing, moving by plastic cement seat, and the front end and middle part of the slide section are respectively equipped with
The preceding bayonet and middle bayonet matched with plastic cement seat；
Cored head, positioned at the side of middle notch comprising one end of stacker, stacker is equipped with for accepting plastic cement seat
Carrier, carrier is correspondingly arranged with middle notch, and stacker is connected with the linear mould group of cored；
Plastic cement seat transfer device is equipped between shifting chute and sliding groove, plastic cement seat is transferred to by plastic cement seat transfer device from shifting chute
Loose slot；Alternatively, shifting chute is arranged in a crossed manner with sliding groove.
2. it is according to claim 1 it is a kind of for battery holder assembling conveying mechanism, it is characterised in that: the shifting chute with
Sliding groove is arranged in parallel, and the sliding rail includes preceding sliding rail and aft ramp, gap is equipped between preceding sliding rail and aft ramp, which is
Middle notch, the preceding sliding rail are set to the side of plastic cement seat transfer device, and plastic cement seat transfer device is equipped with transfer groove, transfer groove
One end is connected to the sliding groove of preceding sliding rail；The side of transfer groove is equipped with the installing port for connecting plastic cement seat transmission rail, transfer
Slot is connected to shifting chute, and transfer groove slidably connects sliding seat, and one end of sliding seat is equipped with the accommodation groove matched with plastic cement seat,
The other end of sliding seat is connected with the linear mould group of transfer, and the rear end of the slide section is equipped with the rear bayonet matched with sliding seat.
3. it is according to claim 1 it is a kind of for battery holder assembling conveying mechanism, it is characterised in that: stacker it is another
End is equipped with the shrinkage pool matched with the slide section of conveying fixture block；Or the L-shaped setting of stacker.
4. a kind of conveying mechanism for battery holder assembling according to claim 2, it is characterised in that: the conveying is linear
The linear mould group of mould group, cored, the linear mould group of transfer are cylinder.
5. a kind of conveying mechanism for battery holder assembling according to claim 1, it is characterised in that: the conveying fixture block
Rear end be equipped with blocked hole, and convey fixture block and be connected with intermediate mass, the front end of intermediate mass is equipped with the fixture block matched with blocked hole,
Intermediate mass is connect with linear mould group is conveyed.
6. a kind of conveying mechanism for battery holder assembling according to claim 2, it is characterised in that: the transfer groove
Top is equipped with cover board, and cover board is fixedly connected with plastic cement transfer device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821219324.4U CN208775681U (en) | 2018-07-31 | 2018-07-31 | A kind of conveying mechanism for battery holder assembling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821219324.4U CN208775681U (en) | 2018-07-31 | 2018-07-31 | A kind of conveying mechanism for battery holder assembling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208775681U true CN208775681U (en) | 2019-04-23 |
Family
ID=66155493
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821219324.4U Active CN208775681U (en) | 2018-07-31 | 2018-07-31 | A kind of conveying mechanism for battery holder assembling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208775681U (en) |
-
2018
- 2018-07-31 CN CN201821219324.4U patent/CN208775681U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20200902 Address after: 224200 East Side of Dongzao Road and North Side of Dongzao Road, Dongtai Economic Development Zone, Yancheng City, Jiangsu Province Patentee after: DONGTAI RUNTIAN PRECISION TECHNOLOGY Co.,Ltd. Address before: 523000 West Lake Industrial Park Area 2, Lincun Community, Tangxia Town, Dongguan City, Guangdong Province Patentee before: DONGGUAN ENGANG ELECTRONIC TECHNOLOGY Co.,Ltd. |
|
| TR01 | Transfer of patent right |