CN208249260U - Automatic feeder - Google Patents
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- CN208249260U CN208249260U CN201820839260.1U CN201820839260U CN208249260U CN 208249260 U CN208249260 U CN 208249260U CN 201820839260 U CN201820839260 U CN 201820839260U CN 208249260 U CN208249260 U CN 208249260U
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- workpiece
- arrangement
- feeding machanism
- automatic feeder
- separating mechanism
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Abstract
The one aspect of the utility model provides automatic feeder, including rack, it further include feeding machanism, separating mechanism and arrangement mechanism, feeding machanism, separating mechanism and arrangement mechanism are set in rack, feeding machanism is configured to workpiece moving to separating mechanism, separating mechanism is configured to that workpiece is separated to and moved it to arrangement mechanism, and arrangement mechanism is configured to arrange workpiece；Workpiece in feeding machanism moves to separating mechanism, and workpiece is separated and moved it to arrangement mechanism by separating mechanism, and arrangement mechanism arranges workpiece；It replaces manpower to carry out arrangement charging to workpiece with mechanical automation, improves work efficiency, product quality and reduces use to human resources.
Description
Technical field
The utility model relates to automatic production devices, in particular to automatic feeder.
Background technique
In spherical lamp production line, Lamp cup feed is usually by manually-operated.It goes forward side by side that is, Lamp cup is manually carried out arrangement
Row feed, this method of feeding not only slow and waste of manpower, process time-consuming at most, drag slow whole production line speed of production.
Utility model content
One aspect according to the present utility model provides automatic feeder, including rack, further includes feeding machanism, divides
Structure of disembarking is set in rack with mechanism, feeding machanism, separating mechanism and arrangement mechanism is arranged, and feeding machanism is configured to move workpiece
To separating mechanism, separating mechanism is configured to that workpiece is separated to and moved it to arrangement mechanism, and arrangement mechanism is configured to work
Part is arranged.
The workpiece in feeding machanism moves to separating mechanism as a result, and separating mechanism is separated workpiece and the row of moving it to
Column mechanism, arrangement mechanism arrange workpiece.It replaces manpower to carry out arrangement charging to workpiece with mechanical automation, improves work
Make efficiency, product quality and reduces use to human resources.
In some embodiments, arrangement mechanism includes arrangement band, and arrangement band one end is equipped with guide chute, arranges with another
End is equipped with Anchor plate kit, and the side of Anchor plate kit is equipped with the second guide plate.
Workpiece enters arrangement band by guide chute as a result, and pressing plate group is reached after the second guide plate in arrangement band
Part, the second guide plate are oriented to the floating height of workpiece, and Anchor plate kit limits the floating height of workpiece；Workpiece is in arrangement band
Normotopia movement is carried out, mechanism is arranged by the placing direction of workpiece and is converted into placing direction defined by automatic production line, so as to
In later production process.
In some embodiments, arrangement band includes adjusting fixed frame, adjusts fixed frame and is equipped with transport assembly, is adjusted solid
Determining frame includes fixed block, and fixed block is equipped with balancing pole, and balancing pole is equipped with the 4th link block and regulating part, the 4th link block and
Regulating part is cooperatively connected.
Thus, it is possible to be adjusted by width of the regulating part to transport assembly, may be implemented to adapt to production all size
Different workpiece.
In some embodiments, arrangement, which takes, is additionally provided with the first inductor, the second inductor and repulser, the first induction
Device is electrically connected with repulser, and the second inductor and separating mechanism electrically connect.
The floating height of the second inductor detection workpiece then triggers repulser if the workpiece floats high off-rating as a result,
The workpiece is removed arrangement mechanism by repulser；The detection of second inductor arranges workpiece capacity within the organization, such as exceeds maximum capacity
The signal is reached separating mechanism by value, the second inductor, and separating mechanism stops operating.
In some embodiments, Anchor plate kit includes the second link block and third link block, the second link block and third
Link block is connected by the second adjusting rod, and third link block is equipped with third adjusting rod, and third adjusting rod is connected with limit pressing plate, the
Hinged component is equipped at three adjusting rods.
The height of Anchor plate kit can be adjusted by adjusting the second connecting rod, be adjusted by adjusting third as a result,
Bar can be adjusted the horizontal position of Anchor plate kit, both adjusting methods can make Anchor plate kit adapt to production size not
One workpiece；Third adjusting rod be equipped with hinged component, then facilitate reply fastener problem, can by the hinged component to fastener problem into
Row is simply ajusted.
In some embodiments, feeding machanism includes stock slot, and stock slot is equipped with the first feeding material component, slot one of stocking up
End is equipped with chute feeder, and chute feeder is equipped with the second feeding material component.
The workpiece stocked up in slot is moved to chute feeder by the first feeding material component as a result, the second feeding material component in chute feeder
The workpiece in chute feeder is moved into subsequent processing again.
In some embodiments, separating mechanism includes the first conveyer belt, and the first conveyer belt is equipped with separation assembly, first
Guide plate and limiting slot, the first guide plate and limiting slot are cooperatively connected, and separation assembly is located at the side of the first guide plate.
Workpiece is transported on the first conveyer belt of separating mechanism to subsequent processing as a result, in the transportational process, point
From component to workpiece carry out lock out operation, workpiece because itself center of gravity reason carried out at the first guide plate and limiting slot guiding and
Limit.
In some embodiments, the side of the first conveyer belt is equipped with third inductor, third inductor and feeding machanism
It electrically connects.
Third inductor detects the piece count in separating mechanism as a result, and separating mechanism is more than in workpiece capacity
When rated value, which is fed back to feeding machanism by third inductor, and feeding machanism stops operating.
It in some embodiments, further include material return mechanism, material return mechanism is located between arrangement mechanism and feeding machanism, is returned
Expect that mechanism includes the second conveyer belt, one end of the second conveyer belt is equipped with second baffle；Material return mechanism is configured to arrange in mechanism
The workpiece of align-err moves to feeding machanism.
The workpiece for arranging erroneous arrangement in mechanism as a result, is ostracised to material return mechanism, and material return mechanism moves it to feed
Mechanism re-starts arrangement movement.
It in some embodiments, further include manipulator, in arrangement mechanism side, manipulator includes branch for manipulator setting
Frame is fixed with third actuator on bracket, and the driving end of third actuator is provided with fourth drive member, the driving of fourth drive member
End is provided with clamp hand；Manipulator is configured to workpiece moving to subsequent processing.
The workpiece arranged in mechanism is moved to subsequent processing by manipulator as a result, and the progress in subsequent processing adds in next step
Work step is rapid.
The utility model has the beneficial effect that, replaces manpower to carry out arrangement charging to workpiece 7 with mechanical automation, improves work
Make efficiency, product quality and reduces use to human resources.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the automatic feeder of one embodiment of the utility model.
Fig. 2 is the schematic perspective view that mechanism is arranged in automatic feeder shown in Fig. 1.
Fig. 3 is the schematic perspective view that band is arranged in arrangement mechanism shown in Fig. 2.
Fig. 4 is the schematic perspective view of Anchor plate kit in arrangement mechanism shown in Fig. 2.
Fig. 5 is the schematic perspective view of feeding machanism in automatic feeder shown in Fig. 1.
Fig. 6 is the schematic perspective view of members in Lamp cup feeding machanism shown in Fig. 5.
Fig. 7 is the schematic perspective view of separating mechanism in automatic feeder shown in Fig. 1.
Fig. 8 is the schematic perspective view of material return mechanism in automatic feeder shown in Fig. 1.
Fig. 9 is the schematic perspective view of manipulator in automatic feeder shown in Fig. 1.
Figure label: 1- rack, 2- feeding machanism, 21- stock slot, 22- chute feeder, the first feeding material component of 23-, 231- the
One push plate, the first actuator of 232-, the second feeding material component of 24-, the second push plate of 241-, the second actuator of 242-, 3- separating mechanism,
The first conveyer belt of 31-, 32- separation assembly, 321- fixed link, the first link block of 322-, 323- declutcher control lever, the first guide plate of 33-,
34- limiting slot, the first adjusting rod of 341-, 35- first baffle, 36- third inductor, 4- arrangement mechanism, 41- arrangement band, 411-
Adjust fixed frame, 4111- fixed block, 4112- balancing pole, the 4th link block of 4113-, 4114- regulating part, 412- transport assembly,
413- stopper, 42- guide chute, 43- Anchor plate kit, the second link block of 431-, the second adjusting rod of 432-, the connection of 433- third
Block, 434- third adjusting rod, 4341- hinged component, the 4th connector of 434-, 435- limit pressing plate, 4351- regulating tank, 44- second
Guide plate, the first inductor of 45-, the second inductor of 46-, 47- repulser, 5- material return mechanism, the second conveyer belt of 51-, 52- second
Baffle, 6- manipulator, 61- bracket, 62- third actuator, 63- fourth drive member, 64- sliding block, 65- sliding rail, 66- clamp hand, 7-
Workpiece.
Specific embodiment
1-9 is described in further detail utility model with reference to the accompanying drawing.
According to Fig. 1, a kind of automatic feeder, including rack 1 are provided, further includes feeding machanism 2, separating mechanism
3 are set in rack 1 with arrangement mechanism 4, feeding machanism 2, separating mechanism 3 and arrangement mechanism 4；
Feeding machanism 2 is located at one end of separating mechanism 3, and feeding machanism 2 is configured to workpiece 7 moving to separating mechanism 3；
Separating mechanism 3 is configured to that workpiece 7 is separated to and moved it to arrangement mechanism 4；
Arrangement mechanism 4 is located at the other end of separating mechanism 3, and arrangement mechanism 4 is configured to arrange workpiece 7.
The workpiece 7 in feeding machanism 2 moves to separating mechanism 3 as a result, and workpiece 7 separate and moved by separating mechanism 3
To arrangement mechanism 4, arrangement mechanism 4 arranges workpiece 7.Manpower is replaced to carry out arrangement charging to workpiece 7 with mechanical automation,
It improves work efficiency, product quality and reduce use to human resources.
According to Fig.2, arrangement mechanism 4 includes arrangement band 41, and arrangement 41 one end of band is equipped with guide chute 42, arranges band 41
The other end is equipped with Anchor plate kit 43, and the side of Anchor plate kit 43 is equipped with the second guide plate 44, and the other end of arrangement band 41 is additionally provided with
Stopper 413, the effect of stopper 413 are that the workpiece 7 on arrangement band 41 is stopped to drop out；It arranges mechanism 4 and passes through guide chute 42
It is matched with separating mechanism 3.
Workpiece 7 enters arrangement band 41 by guide chute 42 as a result, arrives after the second guide plate 44 in arrangement band 41
Up to Anchor plate kit 43, the second guide plate 44 is oriented to the floating height of workpiece 7, and Anchor plate kit 43 limits the floating height of workpiece 7
Position；Workpiece 7 carries out normotopia movement in arrangement band 41, arranges mechanism 4 for the placing direction of workpiece 7 and is converted into automatic production line
Defined by placing direction, in order to later production process.
According to Fig.3, arrangement band 41 includes adjusting fixed frame 411, adjusts fixed frame 411 and is equipped with transport assembly 412,
Transport assembly 412 is round belt conveyer belt, and adjusting fixed frame 411 includes fixed block 4111, and fixed block 4111 is equipped with balancing pole
4112, balancing pole 4112 is equipped with the 4th link block 4113 and regulating part 4114, and the 4th link block 4113 and regulating part 4114 are matched
Close connection.
Thus, it is possible to be adjusted by width of the regulating part 4114 to transport assembly 412, it may be implemented to adapt to production respectively
Kind workpiece 7 not of uniform size.
According to fig. 2 shown in -3, arranges and be additionally provided with the first inductor 45, the second inductor 46 and repulser 47 on band 41, the
One inductor 45 and the second inductor 46 are photoelectric sensor, and inductive mode is reflection induction, and repulser 47 is gas spray gun,
Workpiece 7 can be removed out by way of blowing and arrange chain, the first inductor 45 is electrically connected with repulser 47, the second inductor
46 and separating mechanism 3 electrically connect.
The floating height of the second inductor 46 detection workpiece 7 then triggers repulsion if the workpiece 7 floats high off-rating as a result,
The workpiece 7 is removed arrangement mechanism 4 by device 47, repulser 47；7 capacity of workpiece in second inductor 46 detection arrangement mechanism 4, such as
Beyond maximum capacity, which is reached separating mechanism 3 by the second inductor 46, and separating mechanism 3 stops operating, and is stopped workpiece
7 move to arrangement mechanism 4.
According to Fig.4, Anchor plate kit 43 includes the second link block 431 and third link block 433, the second link block 431
It is connected with third link block 433 by the second adjusting rod 432, third link block 433 is equipped with third adjusting rod 434, and third is adjusted
Bar 434 is connected with limit pressing plate 435, limits and is equipped with regulating tank 4351 at pressing plate 435, third adjusting rod 434 and limit pressing plate 435
Regulating tank 4351 connect, hinged component 4341 is equipped at third adjusting rod 434；The adjustable limit pressing plate of regulating tank 4351
435 position.
The height of Anchor plate kit 43 can be adjusted, by adjusting the second connecting rod by adjusting third tune as a result,
Pole 434 can be adjusted the horizontal position of Anchor plate kit 43, both adjusting methods can be such that Anchor plate kit 43 adapts to
Produce workpiece 7 not of uniform size；Third adjusting rod 434 is equipped with hinged component 4341, then facilitates reply fastener problem, can be by this
Hinged component 4341 simply ajusts fastener problem.
According to Fig. 5-6, feeding machanism 2 include stock slot 21, stock slot 21 be equipped with the first feeding material component 23, first
Feeding material component 23 includes the first actuator 232 and the first push plate 231, and the driving end of the first actuator 232 and the first push plate 231 connect
It connects, the first actuator 232 is hinged in rack 1, and the first push plate 231 is hinged in stock slot 21, and stock 21 one end of slot, which is equipped with, to be sent
Hopper 22, stock slot 21 are communicated with chute feeder 22, and chute feeder 22 is equipped with the second feeding material component 24, and the second feeding material component 24 includes
Second actuator 242 and the second push plate 241, the driving end of the second actuator 242 are connected with the second push plate 241, the second driving
It part 242 and is fixed on chute feeder 22；Workpiece 7 is stored in stock slot 21, and workpiece 7 is pushed into feeding by the first feeding material component 23
Slot 22, workpiece 7 moves to next sequence by the second feeding material component 24 in chute feeder 22.
The workpiece 7 stocked up in slot 21 is moved to chute feeder 22 by the first feeding material component 23 as a result, second in chute feeder 22
Workpiece 7 in chute feeder 22 is moved to subsequent processing again by feeding material component 24.
According to Fig.7, separating mechanism 3 includes the first conveyer belt 31, and the first conveyer belt 31 is equipped with separation assembly 32, the
One guide plate 33 and limiting slot 34, the first guide plate 33 and limiting slot 34 are cooperatively connected, and separation assembly 32 is located at the first guide plate
33 side, 31 one end of the first conveyer belt are additionally provided with first baffle 35, and separation assembly 32 includes fixed link 321, in fixed link 321
It is connected with declutcher control lever 323 by the first link block 322, limiting slot 34 is fixed on the first conveyer belt 31 by the first adjusting rod 341
On；First conveyer belt 31 tilts upward transport, and the bottom of the first conveyer belt 31 is additionally provided with first baffle 35, workpiece 7 is avoided to drop out.
Workpiece 7 is transported on the first conveyer belt 31 of separating mechanism 3 to subsequent processing as a result, in the transportational process
In, separation assembly 32 carries out lock out operation to workpiece 7, and workpiece 7 is when the first conveyer belt 31 is transported up, because itself center of gravity is former
Because being oriented to and being limited at the first guide plate 33 and limiting slot 34.
According to Fig.7, the side of the first conveyer belt 31 is equipped with third inductor 36, and third inductor 36 is fixed on first
One end of baffle 35, third inductor 36 are photoelectric sensor, and inductive mode is correlation type induction, third inductor 36 and confession
Material mechanism 2 electrically connects.
Third inductor 36 detects 7 quantity of workpiece in separating mechanism 3 as a result, and the workpiece 7 of separating mechanism 3 holds
For amount in overrate, which can be fed back to feeding machanism 2 by third inductor 36, and feeding machanism 2 stops operating, and be stopped
Workpiece 7 is moved into separating mechanism 3.
It according to Fig.8, further include material return mechanism 5, material return mechanism 5 is located between arrangement mechanism 4 and feeding machanism 2, is returned
Expect that mechanism 5 includes the second conveyer belt 51, one end of the second conveyer belt 51 is equipped with second baffle 52；Material return mechanism 5 is configured to arrange
The workpiece 7 of align-err moves to feeding machanism 2 in column mechanism 4.
The workpiece 7 for arranging align-err in mechanism 4 as a result, is ostracised to material return mechanism 5, and material return mechanism 5 moves it to
Feeding machanism 2 re-starts arrangement movement.
It according to Fig. 9, further include manipulator 6, for the setting of manipulator 6 in arrangement 4 side of mechanism, manipulator 6 includes bracket
61, it is fixed with third actuator 62 on bracket 61, the driving end of third actuator 62 is provided with fourth drive member 63, on bracket 61
Equipped with sliding rail 65, sliding block 64 is connected on sliding rail 65, fourth drive member 63 is fixed on the sliding block 64, the drive of fourth drive member 63
Moved end is provided with clamp hand 66；Manipulator 6 is configured to workpiece 7 moving to subsequent processing.
The workpiece 7 arranged in mechanism 4 is moved to subsequent processing by manipulator 6 as a result, and the progress in subsequent processing is in next step
Procedure of processing.
The specific works method of the utility model,
S1 (workpiece feed): feeding step is completed by feeding machanism 2, workpiece 7 is moved in stock slot 21, workpiece 7 is stored
In stock slot 21, workpiece 7 is pushed into chute feeder 22 by the first feeding material component 23, workpiece 7 is by the second feeding group in chute feeder 22
Part 24 moves to next sequence；
S2 (workpiece separation and limit): separation and limit step are completed by separating mechanism 3, and workpiece 7 enters from a upper process
Separating mechanism 3, workpiece 7 is transported on the first conveyer belt 31 of separating mechanism 3 to subsequent processing, in the transportational process,
Separation assembly 32 carries out lock out operation to workpiece 7, and workpiece 7 is when the first conveyer belt 31 is transported up, because of itself center of gravity reason
It is limited at the first guide plate 33 and limiting slot 34；
S3 (workpiece and arrangement): limit and alignment step are completed by arrangement mechanism 4, and workpiece 7 enters from a upper process
Mechanism 4 is arranged, reaches Anchor plate kit 43, the second guide plate after the second guide plate 44 in the arrangement band 41 of arrangement mechanism 4
The floating height of 44 pairs of workpiece 7 is oriented to, and Anchor plate kit 43 limits the floating height of workpiece 7；Workpiece 7 carries out in arrangement band 41
Normotopia movement arranges mechanism 4 for the placing direction of workpiece 7 and is converted into placing direction defined by automatic production line.
S4 (manipulator charging): feed step is completed by manipulator 6, and manipulator 6 is driven by third actuator the 62, the 4th
Part 63 drives workpiece 7 in 66 nip arrangement mechanism 4 of clamp hand to move to subsequent processing.
A feed back process is additionally provided between S3 and S4, which is returned mainly for the workpiece 7 that some mistakes are put
Material, the course of work are as follows: the process is completed by repulser 47 and material return mechanism 5, and workpiece 7 is arranged in arrangement mechanism 4
Period, if mistake occurs, by the first inductor 45 detection workpiece 7 it is floating it is high whether off-rating, it is such as floating up to specified
Value, can trigger repulser 47, repulser 47 moves it to material return mechanism 5 to 7 jet of workpiece, and material return mechanism 5 moves the workpiece 7
S1, S2, S3 process are re-started to material-supplying box.
The utility model automatic feeder, mainly for workpiece 7 be Lamp cup, the utility model adjustable section sub-agencies
It deacclimatizes and produces workpiece 7 not of uniform size；Moreover, the utility model automatic feeder not only produces a kind of this workpiece of Lamp cup
7, it can similarly produce the classes bullet such as similar with Lamp cup shape workpiece 7, such as loudspeaker workpiece 7.
The above is only some embodiments of the utility model.For those of ordinary skill in the art, it is not taking off
Under the premise of from the concept of the present invention, various modifications and improvements can be made, these belong to the guarantor of utility model
Protect range.
Claims (10)
1. automatic feeder, including rack (1), which is characterized in that further include feeding machanism (2), separating mechanism (3) and arrangement
Mechanism (4), the feeding machanism (2), separating mechanism (3) and arrangement mechanism (4) are set on rack (1)；
The feeding machanism (2) is located at one end of separating mechanism (3), and the feeding machanism (2) is configured to move to workpiece (7) point
It disembarks structure (3)；
The separating mechanism (3) is configured to that workpiece (7) is separated to and moved it to arrangement mechanism (4)；
Arrangement mechanism (4) is located at the other end of separating mechanism (3), and the arrangement mechanism (4) is configured to carry out workpiece (7)
Arrangement.
2. automatic feeder according to claim 1, which is characterized in that the arrangement mechanism (4) includes arrangement band
(41), the arrangement band (41) one end is equipped with guide chute (42), and arrangement band (41) other end is equipped with Anchor plate kit (43),
The side of the Anchor plate kit (43) is equipped with the second guide plate (44).
3. automatic feeder according to claim 2, which is characterized in that the arrangement band (41) includes adjusting fixed frame
(411) it is located in adjusting fixed frame (411) with transport assembly (412), the transport assembly (412), the adjusting fixed frame
It (411) include fixed block (4111), the fixed block (4111) is equipped with balancing pole (4112), sets on the balancing pole (4112)
There are the 4th link block (4113) and regulating part (4114), the 4th link block (4113) and regulating part (4114) are cooperatively connected.
4. automatic feeder according to claim 2, which is characterized in that be additionally provided with the first sense on the arrangement band (41)
Device (45), the second inductor (46) and repulser (47) are answered, first inductor (45) electrically connects with repulser (47), described
Second inductor (46) and separating mechanism (3) electrically connect.
5. automatic feeder according to claim 2, which is characterized in that the Anchor plate kit (43) includes the second connection
Block (431) and third link block (433), second link block (431) and third link block (433) pass through the second adjusting rod
(432) it is connected, the third link block (433) is equipped with third adjusting rod (434), and third adjusting rod (434) connection is limited
Position pressing plate (435) is equipped with hinged component (4341) at the third adjusting rod (434).
6. automatic feeder according to claim 1, which is characterized in that the feeding machanism (2) includes stock slot
(21) and chute feeder (22), the chute feeder (22) are set to stock slot (21) one end, and the stock slot (21) is equipped with first and send
Expect component (23), the chute feeder (22) is equipped with the second feeding material component (24).
7. automatic feeder according to claim 1, which is characterized in that the separating mechanism (3) includes the first transport
Band (31), separation assembly (32), the first guide plate (33) and limiting slot (34), the separation assembly (32), the first guide plate
(33) it is set on the first conveyer belt (31) with limiting slot (34), first guide plate (33) and limiting slot (34) cooperation connect
It connects, the separation assembly (32) is located at the side of the first guide plate (33).
8. automatic feeder according to claim 7, which is characterized in that the side of first conveyer belt (31) is equipped with
Third inductor (36), the third inductor (36) electrically connect with feeding machanism (2).
9. automatic feeder according to claim 1, which is characterized in that further include material return mechanism (5), the feed back machine
Structure (5) is located between arrangement mechanism (4) and feeding machanism (2), and the material return mechanism (5) includes the second conveyer belt (51), described
One end of second conveyer belt (51) is equipped with second baffle (52)；The material return mechanism (5) is configured to the workpiece (7) of align-err
Move to feeding machanism (2).
10. automatic feeder according to claim 1, which is characterized in that further include manipulator (6), the manipulator
(6) in arrangement mechanism (4) side, the manipulator (6) includes bracket (61) for setting, and third drive is fixed on the bracket (61)
The driving end of moving part (62), the third actuator (62) is provided with fourth drive member (63), the fourth drive member (63)
Driving end is provided with clamp hand (66)；The manipulator (6) is configured to workpiece (7) moving to subsequent processing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839260.1U CN208249260U (en) | 2018-05-31 | 2018-05-31 | Automatic feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839260.1U CN208249260U (en) | 2018-05-31 | 2018-05-31 | Automatic feeder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208249260U true CN208249260U (en) | 2018-12-18 |
Family
ID=64653036
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820839260.1U Active CN208249260U (en) | 2018-05-31 | 2018-05-31 | Automatic feeder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208249260U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516320A (en) * | 2018-05-31 | 2018-09-11 | 广东大唐永恒智能科技有限公司 | Automatic feeder |
| CN111545846A (en) * | 2020-03-24 | 2020-08-18 | 河北建支铸造集团有限公司 | Double-feeding type automatic feeding machine |
-
2018
- 2018-05-31 CN CN201820839260.1U patent/CN208249260U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516320A (en) * | 2018-05-31 | 2018-09-11 | 广东大唐永恒智能科技有限公司 | Automatic feeder |
| CN111545846A (en) * | 2020-03-24 | 2020-08-18 | 河北建支铸造集团有限公司 | Double-feeding type automatic feeding machine |
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