CN206760455U - A kind of breeding cage remove device - Google Patents
A kind of breeding cage remove device Download PDFInfo
- Publication number
- CN206760455U CN206760455U CN201720472764.XU CN201720472764U CN206760455U CN 206760455 U CN206760455 U CN 206760455U CN 201720472764 U CN201720472764 U CN 201720472764U CN 206760455 U CN206760455 U CN 206760455U
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- China
- Prior art keywords
- pressure roller
- wheel disc
- tooth wheel
- lower compression
- compression roller
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Abstract
It the utility model is related to a kind of breeding cage remove device, which solve the technical problem that the existing sweep-out method amount of labour for scallop cultivation cage is big, cost is high, efficiency is low, elimination effect is poor, it includes conveyor-belt apparatus, pressurizing unit and beating unit, beating unit includes support, impact band, rotating shaft and connecting rod, rotating shaft is connected on support, connecting rod is connected with rotating shaft, and impact band is connected by articulated elements with connecting rod；Also include presser device, presser device is fixedly connected with rotating shaft, and presser device is provided with connecting rod patchhole, and connecting rod is connected through connecting rod patchhole with rotating shaft；Presser device is provided with pressing portion；It can be widely applied to the removing processing of attachment on object.
Description
Technical field
A kind of cleaning plant is the utility model is related to, in particular to a kind of breeding cage remove device.
Background technology
Scallop is a kind of seashell products for sea-farming that people eat, and its delicious meat is nutritious.At present, scallop
The major way of cultivation is cage raft culture, i.e., raft frame is set in sea area, then scallop seedling is placed on and hangs on raft frame
On breeding cage in cultivated.Breeding cage is that most of the important utensil, existing breeding cage of cultured scallop is etting layering
Formula breeding cage, it includes multiple demixing plates and the etting positioned at demixing plate periphery, adjacent two demixing plates and the common shape of etting
Into cage layer, demixing plate is hard nylon web plate, and etting is worked out using smooth nylon netting twine.
Substantial amounts of fouling organism and silt can be adhered to during cultivation, on breeding cage, not only add breeding cage
Weight, the stress of raft frame is aggravated, and block the mesh on breeding cage, reduce dissolved oxygen and food concentrations in breeding cage, influenceed
The normal growth of scallop.
Therefore, it is necessary to be purged to the attachment on scallop cultivation cage.Existing sweep-out method is manually to carry out,
First fouling organism, silt of the breeding cage together with attachment are together dried, then artificial fouling organism, the mud patted repeatedly on breeding cage
Sand, until removing clean.Obviously, there is the skill that the amount of labour is big, cost is high, efficiency is low, elimination effect is poor in existing sweep-out method
Art defect.
The content of the invention
The utility model is exactly that the existing sweep-out method amount of labour for scallop cultivation cage is big, cost is high, effect in order to solve
The technical problem that rate is low, elimination effect is poor, there is provided a kind of amount of labour is small, and the breeding cage that cost is low, efficiency high, elimination effect are good is clear
Except device.
The technical solution of the utility model is to provide a kind of breeding cage remove device, including conveyor-belt apparatus, pressurizing unit
And beating unit, beating unit include support, presser device, impact band, rotating shaft and connecting rod, rotating shaft and be connected on support, even
Extension bar is connected with rotating shaft, and impact band is connected by articulated elements with connecting rod；
Presser device is fixedly connected with rotating shaft, and presser device is provided with connecting rod patchhole, and connecting rod is inserted through connecting rod
Hole is connected with rotating shaft；Presser device is provided with pressing portion；
The quantity of articulated elements is two, and is oppositely arranged；Each articulated elements connects two impact bands；Impact the material of band
It is rubber, the length for impacting band is 20cm~30cm；Presser device is provided with the first pressing portion and the first pressing portion；
Pressurizing unit includes framework, motor, pressure roller on first, the first lower compression roller, pressure roller on second, the second lower compression roller, the
Pressure roller, the 3rd lower compression roller, upper driving tooth wheel disc, lower driving tooth wheel disc, upper driven tooth wheel disc, lower driven tooth wheel disc, active on three
Chain, the first driven chain, the second driven chain, the 5th driven chain and the 4th driven chain, the motor are connected with framework；
Pressure roller on 3rd, the 3rd lower compression roller, pressure roller on first, the first lower compression roller, during pressure roller and the second lower compression roller are respectively equipped with second
Mandrel；
The both ends of the central shaft of first lower compression roller are connected by bearing block assembly with framework respectively, the center of the second lower compression roller
The both ends of axle are connected by bearing block assembly with framework respectively；The both ends of the central shaft of pressure roller pass through sliding bearing respectively on first
Holder assembly is connected with framework, and the both ends of the central shaft of pressure roller are connected by sliding bearing holder assembly with framework respectively on second；It is sliding
Stage clip is connected between dynamic bearing holder assembly and framework；The both ends of the central shaft of pressure roller pass through plain bearing housing group respectively on 3rd
Part is connected with framework, and the both ends of the central shaft of the 3rd lower compression roller are connected by bearing block assembly with framework respectively；
The center axis connection of lower driving tooth wheel disc and the first lower compression roller, the central shaft of pressure roller on upper driving tooth wheel disc and first
Connection, the output shaft of motor are connected with drive gear disk；One end of active chain links with drive gear disk, the other end and lower master
Moving teeth wheel disc links；Upper driving tooth wheel disc and active chain connection, upper driving tooth wheel disc are opposite with the steering of lower driving tooth wheel disc；
The center axis connection of lower driven tooth wheel disc and the first lower compression roller, the central shaft of the second lower compression roller are connected with the first duplex
Gear, the central shaft of the 3rd lower compression roller are connected with the second duplicate gear, and the first driven chain is linked in lower driven tooth wheel disc and
Between one of gear part of one duplicate gear, the second driven chain is linked in another gear part of the first duplicate gear and
Between the one of gear part of two duplicate gears；
The center axis connection of pressure roller on upper driven tooth wheel disc and first, the central shaft of pressure roller is connected with the 4th duplex on the 3rd
Gear, the central shaft of pressure roller is connected with the 3rd duplicate gear on second, and the 4th driven chain is linked in driven tooth wheel disc and
Between one of gear part of three duplicate gears, the 5th driven chain be linked in the 3rd duplicate gear another gear part and
Between one of gear part of 4th duplicate gear；
Beating unit is arranged on conveyor-belt apparatus, and the top of conveyor-belt apparatus sets sparge pipe, and sparge pipe is connected with water
Pump.
The beneficial effects of the utility model are, rational in infrastructure, realize automated job, save manpower, cost is low, efficiency
Height, elimination effect are more preferable.The utility model is widely used, and can be applied in the attachment foreign matter processing operation of other products.
The utility model further feature and aspect, by the description of the embodiment below with reference to accompanying drawing,
It is clearly stated that.
Brief description of the drawings
Fig. 1 is the structural representation of scallop cultivation cage pressurizing unit；
Fig. 2 is the left view of scallop cultivation cage pressurizing unit；
Fig. 3 is the connection diagram between each pressure roller on scallop cultivation cage pressurizing unit；
Fig. 4 is the schematic diagram that beating unit is arranged on conveyor-belt apparatus；
Fig. 5 is the top view of conveyor-belt apparatus；
Fig. 6 is the structural representation of beating unit；
Fig. 7 is that band and the connection diagram of rotating shaft are impacted in beating unit；
Fig. 8 is the front view of presser device；
Fig. 9 is the side view of presser device.
Symbol description in figure：
1. framework, 2. supporting legs, pressure roller on 3. first, 4. first lower compression rollers, 5. motors, driven tooth wheel disc on 6., under 7. from
Moving teeth wheel disc, 8. active chains, pressure roller on 9. second, 10. second lower compression rollers, pressure roller on 11. the 3rd, 12. the 3rd lower compression rollers,
13. pressure roller on the 4th, 14. the 4th lower compression rollers, driving tooth wheel disc on 15., 16. times driving tooth wheel discs, 17. first driven chains,
18. the second driven chain, 19. the 3rd driven chains, 20. the 4th driven chains, 21. the 5th driven chains, 22. the 6th driven chains
Bar, 23. bearings, 24. bearings, 25. stage clips, 26. sliding bearing holder assemblies, 28. stage clips.
33. conveyor-belt apparatus, 34. tanks, 35. buckers, 36. beating units, 37. motors, 38. sparge pipes,
3301. conveyer belts, expansion tightening wheel before 3302., 3304. pinch rollers, expansion tightening wheel after 3305., 3306. belt-driven motors；3601.
Support, 3602. impact bands, 3603. presser devices, 3604. articulated elements, 3605. rotating shafts, 3606. connecting rods, 3607. drives,
3608. connecting rod patchholes, 3609. first pressing portion, 3610. second pressing portion.
Embodiment
As Figure 1-3, scallop cultivation cage pressurizing unit includes pressure roller 3, first on framework 1, supporting leg 2, motor 5, first
Pressure roller 9 on lower compression roller 4, second, pressure roller 11 on the second lower compression roller the 10, the 3rd, pressure roller the 13, the 4th on the 3rd lower compression roller the 12, the 4th
Lower compression roller 14, upper driving tooth wheel disc 15, lower driving tooth wheel disc 16, upper driven tooth wheel disc 6, lower driven tooth wheel disc 7, active chain 8,
First driven chain 17, the second driven chain 18, the 3rd driven chain 19, the 4th driven chain 20, the 5th driven chain 21,
Six driven chains 22.
Supporting leg 2 is connected with framework 1, and motor 5 is arranged on the top of framework 1.
The lower compression roller 4 of pressure roller 3 and first forms a compression assemblies on first, the structure of 9 and second lower compression roller of pressure roller 10 on second
Into second compression assemblies, the lower compression roller 12 of pressure roller 11 and the 3rd forms the 3rd compression assemblies on the 3rd, the He of pressure roller 13 on the 4th
4th lower compression roller 14 forms the 4th compression assemblies.Pressure roller 3 on first, pressure roller 9, the second lower compression roller on the first lower compression roller 4, second
10th, pressure roller 11 on the 3rd, pressure roller 13, the 4th lower compression roller 14 are respectively equipped with central shaft on the 3rd lower compression roller the 12, the 4th.
The both ends of the central shaft of first lower compression roller 4 are connected by bearing block assembly with framework 1 respectively.Second lower compression roller 10
The both ends of central shaft are connected by bearing block assembly with framework 1 respectively.The both ends of the central shaft of 3rd lower compression roller 12 pass through respectively
Bearing block assembly is connected with framework 1.The both ends of the central shaft of 4th lower compression roller 14 are connected by bearing block assembly and framework 1 respectively
Connect.
The both ends of the central shaft of pressure roller 3 are connected by sliding bearing holder assembly with framework 1 respectively on first.Pressure roller on second
The both ends of 9 central shaft are connected by sliding bearing holder assembly with framework 1 respectively.The both ends of the central shaft of pressure roller 11 point on 3rd
It is not connected by sliding bearing holder assembly with framework 1.The both ends of the central shaft of pressure roller 13 pass through plain bearing housing respectively on 4th
Component is connected with framework 1.
The both sides of each sliding bearing holder assembly are respectively equipped with chute, chute and the guide rail on framework 1.Sliding bearing
Holder assembly can lower slider in vertical direction.
A stage clip is connected between the top of each sliding bearing holder assembly and framework 1, as shown in Fig. 2 plain bearing housing
Stage clip 25 is connected between component 26 and framework 1.That is on first on pressure roller 3 the sliding bearing holder assembly at central shaft both ends with
Two stage clips are connected between framework 1.Similarly, on second on pressure roller 9 the sliding bearing holder assembly at central shaft both ends and framework 1 it
Between be connected with two stage clips, be connected with two between the sliding bearing holder assembly and framework 1 at central shaft both ends on pressure roller 11 on the 3rd
Individual stage clip, two stage clips are connected between the sliding bearing holder assembly and framework 1 at central shaft both ends on pressure roller 13 on the 4th.
Aforementioned bearings holder assembly includes the bearing block and bearing to link together.Bearing 23 in Fig. 2 represents one of them
Bearing in bearing block assembly, the bearing 24 in Fig. 2 represent one of them, the bearing in sliding bearing holder assembly.
The center axis connection of lower driving tooth wheel disc 16 and the first lower compression roller 4, pressure roller 3 on upper driving tooth wheel disc 15 and first
Center axis connection.The output shaft of motor 5 is connected with drive gear disk, and one end and the drive gear disk of active chain 8 link, another
End links with lower driving tooth wheel disc 16.Upper driving tooth wheel disc 15 links with active chain 8, from fig. 1, it can be seen that active chain 8 is located at
The right side of upper driving tooth wheel disc 15.Drive gear disk is identical with the steering of lower driving tooth wheel disc 16, and upper driving tooth wheel disc 15 is with
The steering of driving tooth wheel disc 16 is opposite.
The center axis connection of lower driven tooth wheel disc 7 and the first lower compression roller 4, the central shaft of the second lower compression roller 10 are connected with first
Duplicate gear, the central shaft of the 3rd lower compression roller 12 are connected with the second duplicate gear, and the central shaft connection of the 4th lower compression roller 14 is with teeth
Wheel.First driven chain 17 is linked between one of gear part of the lower duplicate gear of driven tooth wheel disc 7 and first, second from
Dynamic chain 18 is linked between another gear part of the first duplicate gear and the one of gear part of the second duplicate gear.3rd from
Dynamic chain 19 is linked between the gear in another gear part and the central shaft of the 4th lower compression roller 14 of the second duplicate gear.
The center axis connection of pressure roller 3 on upper driven tooth wheel disc 6 and first, the central shaft of pressure roller 9 is connected with the 3rd on second
Duplicate gear, the central shaft of pressure roller 11 is connected with the 4th duplicate gear on the 3rd, and the central shaft connection of pressure roller 13 is with teeth on the 4th
Wheel.4th driven chain 20 is linked between one of gear part of the duplicate gear of driven tooth wheel disc 6 and the 3rd, the 5th from
Dynamic chain 21 is linked between another gear part of the 3rd duplicate gear and one of gear part of the 4th duplicate gear,
6th driven chain 22 is linked on the 4th another gear part of duplicate gear and the 4th between the gear of the central shaft of pressure roller 13.
When scallop cultivation cage pressurizing unit works, using Fig. 2 as reference, motor 5 is pushed by chain-drive mechanism driving first
Roller 4 rotates counterclockwise, while pressure roller 3 rotates clockwise under the drive of active chain 8 on first.First lower compression roller 4 band successively
Dynamic second lower compression roller 10, the 3rd lower compression roller 12, the 4th lower compression roller 14 rotate counterclockwise, and pressure roller 3 drives pressure roller on second on first
9th, pressure roller 13 rotates clockwise on pressure roller the 11, the 4th on the 3rd.Only need to be by the pending scallop cultivation cage stacked from the
It is sent on four between the lower compression roller 14 of pressure roller 13 and the 4th, by four extrusion process, finally pressure roller 3 and first pushes from first
Exported between roller 4.
In extrusion process, pressure roller 9 can be upward on pressure roller 3, second on pressure roller 11, first on pressure roller the 13, the 3rd on the 4th
It is mobile, and resetted in the presence of stage clip.
After the scallop cultivation cage stacked is extruded processing, the fouling organism, the silt that adhere to thereon can be crushed, even
Understand some fouling organism, silt comes off.
As shown in Figures 4 and 5, three beating units 36 are arranged on conveyor-belt apparatus 33, and motor 37 is arranged on transmission
On band device 33, tank 34 is arranged on conveyor-belt apparatus 33.Bucker 35 is located at the top of conveyor-belt apparatus 33, and sparge pipe 38 connects
It is connected on bucker 35.Water pump installed in periphery is connected with sparge pipe 38.Bucker can also not had to, will directly be sprayed with support
Water pipe is arranged on above belting.
Conveyor-belt apparatus 33 includes conveyer belt 3301, preceding expansion tightening wheel 3302, pinch roller 3304, rear expansion tightening wheel 3305, transmission
Band motor 3306, belt-driven motor 3306 are connected with rear expansion tightening wheel 3305, and conveyer belt 3301 is connected to preceding expansion tightening wheel
Between 3302 and rear expansion tightening wheel 3305.Conveyer belt 3301 is located at the bottom of tank 34.
As Figure 6-9, beating unit 36 includes support 3601, impact band 3602, presser device 3603, articulated elements
3604th, rotating shaft 3605, connecting rod 3606, drive 3607.Rotating shaft 3605 is connected on support 3601, and rotating shaft 3605 can be with branch
Frame 3601 rotates for support.
Presser device 3603 is welded in rotating shaft 3605 by connector, and a face of presser device 3603 is provided with two companies
Extension bar patchhole 3608, another face also are provided with two connecting rod patchholes；Presser device 3603 includes the first pressing portion 3609
With the second pressing portion 3610.Presser device 3603 encases rotating shaft 3605.
Two connecting rods 3606 weld together through two connecting rod patchholes 3608 with rotating shaft 3605, two other company
Extension bar similarly inserts two connecting rod patchholes of the another side of presser device 3603, and is welded in rotating shaft 3605.
Several impact bands 3602 be connected by articulated elements 3604 with connecting rod 3606 (two or three impact with effects most
It is good).Because there are two articulated elements being oppositely arranged, there are two impact being oppositely arranged band groups.
Drive 3607 is connected with rotating shaft 3605, and motor 37 is connected by transmission mechanism with drive 3607.
Support 3601 is arranged on the both sides of conveyor-belt apparatus 33.
Impacting band 3602 can use quality of rubber materials to make.Articulated elements 3604 can be specifically the mating structure of set and ring.
The length of impact band 3602 is 20cm~30cm, best results.
Motor 37 is used as power source, and drive shaft 3605 rotates, and rotating shaft 3605 drives connecting rod 3606 and pressing plate dress
3603 rotations are put, so that impact band 3602 is according to counter clockwise direction whipping, rotation in Fig. 6.Connecting rod 3606, which can increase, hits
Beat the radius of gyration of band 3602.Presser device 3603 has two effects, first, preventing two impact bands 3602 from interfering or being wrapped in
Together；Second, the first pressing portion 3609 and the second pressing portion 3610 of presser device 3603 can apply necessarily to articulated elements 3604
Pressure, so as to be more beneficial for impact band 3602 whipping.
During using beating unit 36, the scallop cultivation cage stacked is placed on to the lower section of impact band 3602 of whipping, this
Sample impact band will be impacted continuously to scallop cultivation cage, and the fouling organism that adheres on breeding cage, silt will soon be by
Destroy, removing it is very clean thoroughly, and elimination efficiency is very high.
For batch processing scallop cultivation cage, as shown in figure 4, three beating units 36 can be arranged on into conveyor-belt apparatus
On 33, the scallop cultivation cage stacked order is placed on conveyor-belt apparatus 33, so each scallop stacked is supported
Grow cage and carry out impact processing by three beating units 36 successively.Meanwhile sparge pipe 38 is sprayed water downwards in the presence of water pump, punching
Breeding cage is washed, realizes automatic washing and cleaning operation.Water is collected and discharged by tank 34.
In order to reach more preferable elimination effect, then before carrying out impact processing to scallop cultivation cage with beating unit 36, first
Extrusion process is carried out to the breeding cage stacked using scallop cultivation cage pressurizing unit, such beating unit 36 can be more thorough
Fouling organism, silt are disposed.
It is described above to be not limited to the utility model only to preferred embodiment of the present utility model, for this
For the technical staff in field, the utility model can have various modifications and variations.
Claims (1)
1. a kind of breeding cage remove device, it is characterized in that, including conveyor-belt apparatus, pressurizing unit and beating unit, the impact
Device includes support, presser device, impact band, rotating shaft and connecting rod, the rotating shaft and is connected on support, and the connecting rod is with turning
Axis connection, the impact band are connected by articulated elements with connecting rod；
The presser device is fixedly connected with rotating shaft, and the presser device is provided with connecting rod patchhole, and the connecting rod, which passes through, to be connected
Extension bar patchhole is connected with rotating shaft；The presser device is provided with pressing portion；
The quantity of the articulated elements is two, and is oppositely arranged；Each articulated elements connects two impact bands；The impact band
Material is rubber, and the length for impacting band is 20cm~30cm；The presser device is provided with the first pressing portion and the first pressing portion；
The pressurizing unit includes framework, motor, pressure roller on first, the first lower compression roller, pressure roller on second, the second lower compression roller, the
Pressure roller, the 3rd lower compression roller, upper driving tooth wheel disc, lower driving tooth wheel disc, upper driven tooth wheel disc, lower driven tooth wheel disc, active on three
Chain, the first driven chain, the second driven chain, the 5th driven chain and the 4th driven chain, the motor are connected with framework；
Pressure roller on 3rd, the 3rd lower compression roller, pressure roller on first, the first lower compression roller, during pressure roller and the second lower compression roller are respectively equipped with second
Mandrel；
The both ends of the central shaft of first lower compression roller are connected by bearing block assembly with framework respectively, the center of the second lower compression roller
The both ends of axle are connected by bearing block assembly with framework respectively；The both ends of the central shaft of pressure roller pass through slip respectively on described first
Bearing block assembly is connected with framework, and the both ends of the central shaft of pressure roller are connected by sliding bearing holder assembly and framework respectively on second
Connect；Stage clip is connected between the sliding bearing holder assembly and framework；The both ends of the central shaft of pressure roller pass through cunning respectively on 3rd
Dynamic bearing holder assembly is connected with framework, and the both ends of the central shaft of the 3rd lower compression roller are connected by bearing block assembly with framework respectively；
The center axis connection of the lower driving tooth wheel disc and the first lower compression roller, on the upper driving tooth wheel disc and first in pressure roller
Mandrel connects, and the output shaft of the motor is connected with drive gear disk；One end of the active chain links with drive gear disk,
The other end links with lower driving tooth wheel disc；The upper driving tooth wheel disc and active chain connection, the upper driving tooth wheel disc is with
The steering of driving tooth wheel disc is opposite；
The center axis connection of the lower driven tooth wheel disc and the first lower compression roller, the central shaft of the second lower compression roller are connected with the first duplex
Gear, the central shaft of the 3rd lower compression roller are connected with the second duplicate gear, and the first driven chain is linked in lower driven tooth wheel disc and
Between one of gear part of one duplicate gear, the second driven chain is linked in another gear part of the first duplicate gear and
Between the one of gear part of two duplicate gears；
The center axis connection of pressure roller on the upper driven tooth wheel disc and first, the central shaft of pressure roller is connected with the 4th duplex on the 3rd
Gear, the central shaft of pressure roller is connected with the 3rd duplicate gear on second, and the 4th driven chain is linked in driven tooth wheel disc and
Between one of gear part of three duplicate gears, the 5th driven chain be linked in the 3rd duplicate gear another gear part and
Between one of gear part of 4th duplicate gear；
The beating unit is arranged on conveyor-belt apparatus, and the top of conveyor-belt apparatus sets sparge pipe, and sparge pipe is connected with water
Pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720472764.XU CN206760455U (en) | 2017-05-01 | 2017-05-01 | A kind of breeding cage remove device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720472764.XU CN206760455U (en) | 2017-05-01 | 2017-05-01 | A kind of breeding cage remove device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206760455U true CN206760455U (en) | 2017-12-19 |
Family
ID=60635597
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720472764.XU Active CN206760455U (en) | 2017-05-01 | 2017-05-01 | A kind of breeding cage remove device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206760455U (en) |
-
2017
- 2017-05-01 CN CN201720472764.XU patent/CN206760455U/en active Active
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