CN209160053U - Anti-blockage Zhuan Bo mechanism - Google Patents
Anti-blockage Zhuan Bo mechanism Download PDFInfo
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- CN209160053U CN209160053U CN201822079788.6U CN201822079788U CN209160053U CN 209160053 U CN209160053 U CN 209160053U CN 201822079788 U CN201822079788 U CN 201822079788U CN 209160053 U CN209160053 U CN 209160053U
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- pressure feeding
- component
- feeding spiral
- platform scale
- feed bin
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Abstract
The utility model discloses a kind of Anti-blockage Zhuan Bo mechanism, including feed bin, the feed bin receives material, and the feed bin is formed with feed inlet and two discharge ports；Pressure feeding spiral component, the quantity of the pressure feeding spiral component are two sets, and each of described feed bin comes out and is integrated with a set of pressure feeding spiral component at mouth；Platform scale component is integrated with platform scale component below the pressure feeding spiral component, and the platform scale component has the platform scale that can be moved in the horizontal direction；Multiple saggars are at the uniform velocity displaced on the saggar transfer assembly；The material of the platform scale component output weighed enters in any saggar.The Anti-blockage Zhuan Bo mechanism of the utility model is integrated with two sets of pressure feeding spiral components under feed bin can be realized quick, the synchronous material discharging of feed bin；And the platform scale component that can be moved horizontally is devised in pressure feeding spiral component lower part, facilitate weighing material and the conveying for the material after weighing, whole flow process is more quick, weighing is more accurate.
Description
Technical field
The utility model relates to lithium ion battery production equipment technology more particularly to a kind of realization superfast loading, with
And prevent the Zhuan Bo mechanism of putty.
Background technique
It is well known that lithium ion battery is the rechargeable battery of current most advantage performance, it is right with the continuous popularization of application
It is also being continuously increased in the demand of anode material for lithium-ion batteries.Positive electrode master used by lithium ion battery is prepared at present
If LiCoO2、LiNiO2、LiMn2O4Etc. and doping or modifier.
In the prior art, material dress alms bowl is an important link in lithium ion battery production, and can material dress alms bowl system
Continuously and stably operation is the key that production；Dress alms bowl system in the prior art is typically all that a set of pressure feeding spiral is arranged, and is passed through
Control motor rotates and reverse to realize and be fed to two dress alms bowl machines, and Weighing is fully integrated into dress alms bowl machine.
There are many technical problems in above-mentioned this dress alms bowl system actual production:
1, spiral is back and forth run, and there are the possibility that material overstocks agglomeration, leads to spiral putty, motor stop jumping；
2, platform scale built in dress alms bowl machine has with saggar rollgang directly docks, and during splicing fills alms bowl, scale
Body carries out the operating of square with fixed speed, and dress alms bowl speed is slow, and running gear, detection part are excessive, cause failure several
Rate greatly increases；
3, dress alms bowl machine inner space is narrow, is unfavorable for overhauling.
Utility model content
The purpose of the utility model is to provide a kind of raisings to fill alms bowl efficiency, stable, effective dress for solving the problems, such as putty
Alms bowl mechanism.
To achieve the goals above, the utility model provides the following technical solutions:
The Anti-blockage Zhuan Bo mechanism of the utility model, comprising:
Feed bin, the feed bin receives material, and the feed bin is formed with feed inlet and two discharge ports；
Pressure feeding spiral component, the quantity of the pressure feeding spiral component are two sets, and each discharge outlet of the feed bin is integrated
There is a set of pressure feeding spiral component；
Platform scale component is integrated with platform scale component below the pressure feeding spiral component, and the platform scale component has
There is the platform scale that can be moved in the horizontal direction；
When the platform scale is moved to the underface of the pressure feeding spiral component in the horizontal direction, the platform scale is to feed
The material of screw assembly output is weighed；
The platform scale in the horizontal direction by the pressure feeding spiral component underface remove when, the platform scale component to
Process downstream exports the material weighed；
The Zhuan Bo mechanism further includes the saggar transfer assembly that can transmit saggar；
Multiple saggars are at the uniform velocity displaced on the saggar transfer assembly；
The material of the platform scale component output weighed enters in any saggar.
Further, be formed as symmetrical Liang Ge sub-chamber inside the feed bin, and the upper end of two sub-chamber connects
Be formed as the feed inlet logically, the lower end of the sub-chamber is formed as the discharge port；
The pressure feeding spiral component is installed on the discharge outlet, and the pressure feeding spiral component controls the discharge port
Discharging.
Further, the pressure feeding spiral component include be installed on the discharge outlet pressure feeding spiral and with it is described
Pressure feeding spiral connection ground controls the pressure feeding spiral and rotates and be integrated in external feed motor；
The pressure feeding spiral is communicated with pressure feeding spiral efferent duct far from described feed motor one end；
Baiting valve is installed on the pressure feeding spiral efferent duct.
Further, the platform scale component includes the scale feed bin being connected to the pressure feeding spiral efferent duct, the scale material
The upper and lower ends in storehouse are all formed as open end；
The material of the pressure feeding spiral efferent duct output enters in the chamber of the scale feed bin；
The platform scale component further includes that the platform scale for being formed and being moved horizontally is driven by the first driving assembly；
When the platform scale is moved horizontally to the underface of the scale feed bin, the material of the pressure feeding spiral efferent duct output
It is piled up on the platform scale；
After the platform scale is to accumulation material metage thereon, the platform scale move horizontally far from the scale material
Storehouse, the material on the platform scale fall to immediately below saggar in.
Further, first driving assembly includes the first cylinder and is connected with the cylinder rod of first cylinder
First cylinder push-rod；
The platform scale and first cylinder push-rod drive to be formed and move horizontally by first cylinder connectedly.
Further, the saggar transfer assembly is more spaced conveying rollers；
Gap is formed between the adjacent conveying roller；
Multiple spaced pneumatic stop components are integrated on the saggar transfer assembly；
When the saggar is moved to the underface of the scale feed bin, the saggar is moved by the pneumatic stop component limitation
It is dynamic.
Further, the pneumatic stop component includes the gear of the gap vertical motion between the adjacent conveying roller
The second driving assembly that block and the driving block transport vertically.
Further, second driving assembly includes the second cylinder and connect with the cylinder rod of second cylinder
Connecting rod, the block and the connecting rod it is connected pass through second cylinder formation vertical motion.
In the above-mentioned technical solutions, Anti-blockage Zhuan Bo provided by the utility model mechanism, has the advantages that
1, the Anti-blockage Zhuan Bo mechanism of the utility model is integrated with two sets of pressure feeding spiral components under feed bin can be realized material
Quick, the synchronous material discharging in storehouse；And the platform scale component that can be moved horizontally is devised in pressure feeding spiral component lower part, facilitate weighing
Material and conveying for the material after weighing, whole flow process is more quick, weighing is more accurate；
2, the Anti-blockage Zhuan Bo mechanism of the utility model devises the first driving group that platform scale can be driven to move horizontally
Part facilitates switching weighing and two processes of blanking, and structure is more novel, practicability is good, accelerates the efficiency of material dress alms bowl；
3, the Anti-blockage Zhuan Bo mechanism of the utility model is integrated with through the second driving assembly on the transfer assembly of saggar
The block of driving vertical motion limits saggar, and limit can ensure that material dress alms bowl is more accurate, meanwhile, it is pressed using multiple groups
According to transport requirement and the stop component of the position design of pressure feeding spiral component, can allow multiple on saggar transfer assembly
The saggar of transport equally transports, until being moved to process downstream.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only to record in the utility model
Some embodiments be also possible to obtain other drawings based on these drawings for those of ordinary skill in the art.
Fig. 1 is the structural schematic diagram of Anti-blockage Zhuan Bo provided by the embodiment of the utility model mechanism；
Fig. 2 is the structural schematic diagram of the platform scale component of Anti-blockage Zhuan Bo provided by the embodiment of the utility model mechanism；
Fig. 3 is the side view of the pneumatic stop component of Anti-blockage Zhuan Bo provided by the embodiment of the utility model mechanism.
Description of symbols:
1, feed bin；3, baiting valve；5, saggar transfer assembly；6, saggar；7, pneumatic stop component；
101, feed inlet；102, discharge port；
201, pressure feeding spiral；202, it is fed motor；203, pressure feeding spiral efferent duct；
401, scale feed bin；402, platform scale；403, the first cylinder；404, the first cylinder push-rod；
701, the second cylinder；702, connecting rod；703, block.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with attached drawing pair
The utility model is further detailed.
Referring to shown in Fig. 1 to Fig. 3；
The Anti-blockage Zhuan Bo mechanism of the utility model, comprising:
Feed bin 1, feed bin 1 receives material, and feed bin 1 is formed with feed inlet 101 and two discharge ports 102；
Pressure feeding spiral component, the quantity of pressure feeding spiral component are two sets, are integrated with one at each discharge port 102 of feed bin 1
Cover pressure feeding spiral component；
Platform scale component, is integrated with platform scale component below pressure feeding spiral component, and have being capable of edge for platform scale component
The mobile platform scale 402 of horizontal direction；
When platform scale 402 is moved to the underface of pressure feeding spiral component in the horizontal direction, platform scale 402 is to pressure feeding spiral group
The material of part output is weighed；
When platform scale 402 is removed by the underface of pressure feeding spiral component in the horizontal direction, platform scale component is to process downstream
Export the material weighed；
The Zhuan Bo mechanism further includes the saggar transfer assembly 5 that can transmit saggar 6；
Multiple saggars 6 are at the uniform velocity displaced on saggar transfer assembly 5；
The material of platform scale component output weighed enters in any saggar 6.
Specifically, present embodiment discloses material Zhuan Bo mechanisms used in a kind of production of lithium ion battery, wherein above-mentioned
Feed bin 1 mainly to receive process upstream material conveying assembly transmission material mechanism, inside be formed as accommodating
The accommodating chamber of material, and the upper end of feed bin 1 be material feed inlet 101, be different from the prior art in dress alms bowl system, this implementation
The lower end of the feed bin 1 of example is formed as two discharge ports 102, and the material entered in feed bin 1 through feed inlet 101 is divided into feed bin 1
Two parts, a part are moved to the discharge port 102 on right side under gravity, and another part is moved under gravity
The discharge port 102 in left side；And two-part material can be emitted into respectively by corresponding discharge port 102 and be connected with the discharge port 102
In logical pressure feeding spiral component, under the action of the screw feeder of pressure feeding spiral component, in output to the platform scale component of lower section
It weighs, firstly, it is necessary to the weight for needing to fill the material of alms bowl in each saggar 6 is set according to production requirement, the weight
Control can be automation control, be also possible to other control modes, either which kind of control mode, once drop down onto platform scale
The weight of material on 402 meets design requirement, production requirement, and platform scale 402 completes weighing operation, then carries out blanking work
Industry.Finally, the material after weighing can enter in saggar 6, and be delivered to process downstream by above-mentioned saggar transfer assembly 5.
Preferably, be formed as symmetrical Liang Ge sub-chamber in the present embodiment inside feed bin 1, and the upper end of Liang Ge sub-chamber connects
Be formed as feed inlet 101 logically, the lower end of sub-chamber is formed as discharge port 102；
Pressure feeding spiral component is installed at discharge port 102, and the discharging of pressure feeding spiral component control discharge port 102.
In addition, above-mentioned pressure feeding spiral component include be installed on pressure feeding spiral 201 at discharge port 102 and with feed
The connection of spiral 201 ground control pressure feeding spiral 201 rotates and is integrated in external feed motor 202；
Pressure feeding spiral 201 is communicated with pressure feeding spiral efferent duct 203 far from feed 202 one end of motor；
Baiting valve 3 is installed on pressure feeding spiral efferent duct 203.
The present embodiment specifically describes the structure of feed bin 1 and pressure feeding spiral component, wherein 1 lower end of feed bin of the present embodiment
Be formed as two discharge ports 102, and inside can be and be formed as two with installing partition or other structures form in feed bin 1
A symmetrical sub-chamber, then each sub-chamber corresponds to a discharge port 102.The power source of the pressure feeding spiral component of the present embodiment
It is mounted in external feed motor 202, meanwhile, feed motor 202 drives pressure feeding spiral 201 to rotate, the feed of the present embodiment
Spiral 201 is similar with the extrusion screw of extruding machine and the structure of extrusion molding barrel, that is, refers to internal have one and can be fed
The screw rod of motor 202 being rotated by, and with the rotation of screw rod, it is gradually defeated forwards can will to enter the material at this
It send, final material can be moved at pressure feeding spiral efferent duct 203, and the platform of lower section is emitted by pressure feeding spiral efferent duct 203
Weighing and blanking operation are carried out on scale component.It is more conventional by way of screw feeder, it is very common in the field, therefore,
Details are not described herein again.In order to control blanking situation, the present embodiment is equipped with baiting valve 3 on pressure feeding spiral efferent duct 203, under this
Material valve 3 can be solenoid valve, be also possible to the valve body that other forms are capable of electric/manual control.
In addition, above-mentioned platform scale component includes the scale feed bin 401 being connected to pressure feeding spiral efferent duct 203, scale feed bin 401
Upper and lower ends be all formed as open end；The material that pressure feeding spiral efferent duct 203 exports enters in the chamber of scale feed bin 401；It is flat
Platform balance component further includes that the platform scale 402 for being formed and being moved horizontally is driven by the first driving assembly；Platform scale 402 is moved horizontally to scale
When the underface of feed bin 1, the material accumulation that pressure feeding spiral efferent duct 203 exports is on platform scale 402；402 pairs of platform scale accumulations
After material load-bearing thereon, platform scale 402 move horizontally far from scale feed bin 1, under the material on platform scale 402 is fallen to just
In the saggar 6 of side.
The present embodiment specifically describes the structure and working principle of platform scale component, firstly, in order to receive above-mentioned feed
The material that spiral efferent duct 203 exports and the space in order to give platform scale 402 temporarily to store material, the present embodiment are set
Above-mentioned scale feed bin 401 is counted, the structure that the surrounding which forms is surrounded can be avoided the material in blanking and weighing
It falls, and bottom plate of the platform scale 402 as scale feed bin 401, once platform scale 402 is moved to the lower end of scale feed bin 401, Jiu Huifeng
The bottom is blocked up, can be temporarily deposited on platform scale 402 and be weighed by process upstream blanking to this material, after weighing, is put down
Platform balance 402 moves outward under the driving of the first driving assembly, and can will put down along with the friction with 401 lower end of scale feed bin
In material blanking to the saggar 6 of lower section on platform balance 402, dress alms bowl operation is completed.
It is furthermore preferred that the first above-mentioned driving assembly includes the first cylinder 403 and consolidates with the cylinder rod of the first cylinder 403
The first cylinder push-rod 404 even；Platform scale 402 and the first cylinder push-rod 404 it is connected by the first cylinder 403 driving form water
Translation is dynamic.The movement of the platform scale 402 of the present embodiment relies primarily on the first thereon integrated driving assembly, and the first driving assembly
Power is mainly generated in pneumatic mode；Wherein, the cylinder rod of the first cylinder 403 is connected with one first cylinder push-rod 404, with
It is mobile to will drive the first cylinder push-rod 404 for the movement of one cylinder 403, thus drive platform scale 402 connected to it mobile, according to
It is secondary to switch two processes of weighing and blanking.Total is very succinct, and control effect is more preferable.
Preferably, saggar transfer assembly 5 is more spaced conveying rollers in the present embodiment；
Gap is formed between adjacent conveyor roller；
Multiple spaced pneumatic stop components 7 are integrated on saggar transfer assembly 5；
When saggar 6 is moved to the underface of scale feed bin 401, saggar 6 passes through the limitation movement of pneumatic stop component 7.
It is furthermore preferred that above-mentioned pneumatic stop component 7 includes the block of the gap vertical motion between adjacent conveyor roller
703 and the second driving assembly for transporting vertically of driving block 703.Second driving assembly includes the second cylinder 701, Yi Jiyu
Second cylinder 701 cylinder rod connection connecting rod 702, block 703 and connecting rod 702 it is connected pass through the second cylinder 701 formed vertically
Movement.
Specifically, the present embodiment specifically describes the means of transportation of saggar 6, wherein saggar 6 has selected conventional conveying roller
Mode, be different from the prior art: being reserved with gap between the conveying roller of the present embodiment, meanwhile, in this gap vertically
It is mobile to have pneumatic stop component 7, and pneumatic stop component 7 can form blocking to saggar 6 with moving up and can be downward
The blocking to saggar 6 is movably contacted, and saggar 6 is allowed to continue normal transport.Once mainly purpose be moved to saggar 6 it is flat
The underface of platform balance component, it was demonstrated that saggar 6 is in best dress alms bowl position, at this moment needs to position saggar 6, so devising
Above-mentioned pneumatic stop component 7, can be previously set in this way program (mainly set pneumatic stop component 7 when move up,
When move down), the parameter for moving up and moving down consideration of pneumatic stop component 7 includes the time of platform scale component weighing, Yi Ji
One driving assembly drives the time of the mobile entire blanking of platform scale 402, further includes the time etc. in blanking to saggar 6, thus
Frequency and frequency can be moved down by the way that moving up for pneumatic stop component 7 is calculated.Finally, the block 703 of the present embodiment is also
Movement is driven by pneumatic mode, specially devises the second driving assembly, the second cylinder 701 thereon is major impetus
The cylinder rod drive link 702 in source, the second cylinder 701 pumps, to drive the block 703 connected with it up and down reciprocatingly
It is mobile, it is finally reached design requirement.
In the above-mentioned technical solutions, Anti-blockage Zhuan Bo provided by the utility model mechanism, has the advantages that
The Anti-blockage Zhuan Bo mechanism of the utility model is integrated with two sets of pressure feeding spiral components under feed bin 1 can be realized feed bin
Quick, synchronous material discharging；And the platform scale component that can be moved horizontally is devised in pressure feeding spiral component lower part, facilitate thing of weighing
Material and conveying for the material after weighing, whole flow process is more quick, weighing is more accurate；
The Anti-blockage Zhuan Bo mechanism of the utility model devises the first driving group that platform scale 402 can be driven to move horizontally
Part facilitates switching weighing and two processes of blanking, and structure is more novel, practicability is good, accelerates the efficiency of material dress alms bowl；
The Anti-blockage Zhuan Bo mechanism of the utility model is integrated with through the second driving on the saggar transfer assembly 5 of saggar 6
The block 703 of Component driver vertical motion limits saggar 6, and limit can ensure that material dress alms bowl is more accurate, meanwhile, benefit
With multiple groups according to transport requirement and the stop component of the position design of pressure feeding spiral component, can allow multiple in saggar biography
The saggar 6 transported on sending component 5 equally transports, until being moved to process downstream.
It is above that certain exemplary embodiments of the utility model are only described by way of explanation, undoubtedly, for
Those skilled in the art can be with a variety of different without departing from the spirit and scope of the utility model
Mode is modified described embodiment.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as
Limitation to the utility model claims protection scope.
Claims (8)
1. Anti-blockage Zhuan Bo mechanism characterized by comprising
Feed bin (1), the feed bin (1) receives material, and the feed bin (1) is formed with feed inlet (101) and two discharge ports
(102)；
Pressure feeding spiral component, the quantity of the pressure feeding spiral component are two sets, at each discharge port (102) of the feed bin (1)
It is integrated with a set of pressure feeding spiral component；
Platform scale component is integrated with platform scale component below the pressure feeding spiral component, and the platform scale component has energy
Enough platform scales (402) moved in the horizontal direction；
When the platform scale (402) is moved to the underface of the pressure feeding spiral component in the horizontal direction, the platform scale (402)
It weighs to the material of pressure feeding spiral component output；
When the platform scale (402) is removed by the underface of the pressure feeding spiral component in the horizontal direction, the platform scale component
The material weighed is exported to process downstream；
The Zhuan Bo mechanism further includes the saggar transfer assembly (5) that can transmit saggar (6)；
Multiple saggars (6) are at the uniform velocity displaced on the saggar transfer assembly (5)；
The material of the platform scale component output weighed enters in any saggar (6).
2. Anti-blockage Zhuan Bo according to claim 1 mechanism, which is characterized in that be formed as symmetrical inside the feed bin (1)
Liang Ge sub-chamber, and the upper end of two sub-chamber is communicatively formed as the feed inlet (101), under the sub-chamber
End is formed as the discharge port (102)；
The pressure feeding spiral component is installed at the discharge port (102), and the pressure feeding spiral component controls the discharge port
(102) discharging.
3. Anti-blockage Zhuan Bo according to claim 2 mechanism, which is characterized in that the pressure feeding spiral component includes being installed on
Pressure feeding spiral (201) at the discharge port (102) and connect with the pressure feeding spiral (201) the control feed spiral shell
Rotation (201) rotates and is integrated in external feed motor (202)；
The pressure feeding spiral (201) is communicated with pressure feeding spiral efferent duct (203) far from described feed motor (202) one end；
Baiting valve (3) are installed on the pressure feeding spiral efferent duct (203).
4. Anti-blockage Zhuan Bo according to claim 3 mechanism, which is characterized in that the platform scale component include with it is described to
Expect the scale feed bin (401) of spiral efferent duct (203) connection, the upper and lower ends of the scale feed bin (401) are all formed as open end；
The material of pressure feeding spiral efferent duct (203) output enters in the chamber of the scale feed bin (401)；
The platform scale component further includes that the platform scale (402) for being formed and being moved horizontally is driven by the first driving assembly；
When the platform scale (402) is moved horizontally to the underface of the scale feed bin (401), the pressure feeding spiral efferent duct
(203) material accumulation exported is on the platform scale (402)；
After the platform scale (402) is to accumulation material load-bearing thereon, the platform scale (402) move horizontally far from described
Scale feed bin (401), the material on the platform scale (402) fall to immediately below saggar (6) in.
5. Anti-blockage Zhuan Bo according to claim 4 mechanism, which is characterized in that first driving assembly includes the first gas
Cylinder (403) and first cylinder push-rod (404) connected with the cylinder rod of first cylinder (403)；
The platform scale (402) and first cylinder push-rod (404) it is connected ground by first cylinder (403) drive formation
It moves horizontally.
6. Anti-blockage Zhuan Bo according to claim 4 mechanism, which is characterized in that the saggar transfer assembly (5) is more
Spaced conveying roller；
Gap is formed between the adjacent conveying roller；
Multiple spaced pneumatic stop components (7) are integrated on the saggar transfer assembly (5)；
When the saggar (6) is moved to the underface of the scale feed bin (401), the saggar (6) passes through the pneumatic block group
Part (7) limitation movement.
7. Anti-blockage Zhuan Bo according to claim 6 mechanism, which is characterized in that the pneumatic stop component (7) includes edge
The block (703) of gap vertical motion between the adjacent conveying roller and the driving block (703) transport vertically the
Two driving assemblies.
8. Anti-blockage Zhuan Bo according to claim 7 mechanism, which is characterized in that second driving assembly includes the second gas
Cylinder (701) and the connecting rod (702) being connect with the cylinder rod of second cylinder (701), the block (703) and the connecting rod
(702) vertical motion is formed by second cylinder (701) connectedly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822079788.6U CN209160053U (en) | 2018-12-11 | 2018-12-11 | Anti-blockage Zhuan Bo mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822079788.6U CN209160053U (en) | 2018-12-11 | 2018-12-11 | Anti-blockage Zhuan Bo mechanism |
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| CN209160053U true CN209160053U (en) | 2019-07-26 |
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ID=67343259
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110802049A (en) * | 2019-11-15 | 2020-02-18 | 湖南芙蓉园实业有限公司 | Inferior fruit collecting device |
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2018
- 2018-12-11 CN CN201822079788.6U patent/CN209160053U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110802049A (en) * | 2019-11-15 | 2020-02-18 | 湖南芙蓉园实业有限公司 | Inferior fruit collecting device |
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