CN208739922U - A kind of rearing pond efficiently changing water - Google Patents
A kind of rearing pond efficiently changing water Download PDFInfo
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- CN208739922U CN208739922U CN201821501718.9U CN201821501718U CN208739922U CN 208739922 U CN208739922 U CN 208739922U CN 201821501718 U CN201821501718 U CN 201821501718U CN 208739922 U CN208739922 U CN 208739922U
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Abstract
The utility model discloses a kind of rearing ponds for efficiently changing water, including aquaculture pond ontology, partition, movable plate, filter plate, isolation web plate, rack, lifting device and moving member；Two groups of partitions are arranged in the middle part of aquaculture pond ontology, and aquaculture pond ontology is divided into the first cultivation storehouse and second cultivation storehouse two parts；The through-hole passed through for fry is equipped in the middle part of partition；Movable plate is connect with lifting device；Lifting device is arranged on the rack, and rack is set to above aquaculture pond ontology；Two groups of isolation web plates are separately positioned on the lower part in the first cultivation storehouse with the second cultivation storehouse；The end of isolation web plate is located at below the through-hole of partition；First filter plate is located inside the first cultivation storehouse, and the second filter plate is logical to be located inside the second cultivation storehouse；Moving member is slidably arranged in rack.In the utility model, the first cultivation changes water conveniently with the second cultivation storehouse, and the first cultivation reaches best with the breeding environment inside the second cultivation storehouse, is conducive to the healthy growth of fry.
Description
Technical field
The utility model relates to fry cultural technique fields, more particularly to a kind of rearing pond for efficiently changing water.
Background technique
Aquaculture is that a kind of efficient production model of fish culture is carried out with industrial method, utilizes water circulating technology
Fish are efficiently cultivated with bleeding technique.
Currently, the metabolin direct emission of fry forms sediment in aquaculture pond during fry cultivation, operation
Person is often timed cleaning to the sediment inside aquaculture pond, and it is so unfavorable containing certain toxin etc. still, in aquaculture pond to appoint
In the substance of fry growth, when aquaculture pond long-time under state, internal toxin is more and more, can be to the healthy raw of fry
It is long to generate bad side effect, it is therefore desirable to which that the water body inside aquaculture pond is replaced completely.
It is that a part is first discharged in the water inside aquaculture pond that general aquaculture pond, which changes water process all, is then being infused into aquaculture pond
Enter clean water, this water mode of changing makes in aquaculture pond persistently containing substances such as a large amount of toxin；Wherein, there are also parts to cultivate
Draining, water inlet process are used when Chi Huan water while being carried out in a manner of reaching and change water, it is this to change water mode low efficiency, waste money
Source, and it is long to change the water time；It is above-mentioned to change water mode and aquaculture pond be cleaned.
Utility model content
To solve technical problem present in background technique, the utility model proposes a kind of fry cultivation for efficiently changing water
Pond, aquaculture pond ontology change water conveniently, and the breeding environment of aquaculture pond body interior reaches best, is conducive to the healthy growth of fry.
The utility model proposes one kind efficiently change the rearing pond of water, including aquaculture pond ontology, partition, movable plate,
Filter plate, isolation web plate, rack, lifting device and moving member；
Two groups of partitions are disposed side by side in the middle part of aquaculture pond ontology, and aquaculture pond ontology is divided into the first cultivation storehouse and the second cultivation
Storehouse two parts；The through-hole passed through for fry is equipped in the middle part of every group of partition；
Between movable plate cooperation two groups of partitions of insertion；The top of movable plate is connect by connector with lifting device；Lifting
Device is arranged on the rack, for driving movable plate vertically moving；Wherein, rack is set to above aquaculture pond ontology；
Two groups of isolation web plates are separately positioned on the lower part in the first cultivation storehouse with the second cultivation storehouse, and the separation net of web plate is isolated
Mesh size is less than the width dimensions of fry；Web plate is isolated to be arranged on partition towards one end of partition, the end of web plate is isolated
Below the through-hole of partition；
Filter plate includes the first filter plate and the second filter plate, and moving member includes first movement part and the second moving member；The
The bottom of first movement part is arranged in by connector for one filter plate, and the first filter plate is located inside the first cultivation storehouse；Second mistake
The bottom of the second moving member is arranged in by connector for filter plate, and the second filter plate is located inside the second cultivation storehouse；First movement part
Be slidably arranged in rack with the second moving member, and be respectively used to the first filter plate of driving and the second filter plate along separate and
Close to the rectangular movement of partition；
Water inlet pipe, the first cultivation storehouse and the second cultivation orlop part are respectively set above first cultivation storehouse and the second cultivation storehouse
It She Zhi not sewage pipe.
Preferably, discharge outlet is arranged in the top in the first cultivation storehouse and the second cultivation storehouse.
Preferably, the first cultivation storehouse is arranged with the side far from partition inside the second cultivation storehouse for attracting luring for fry
Lamp.
Preferably, food calling case is arranged with the side far from partition inside the second cultivation storehouse in the first cultivation storehouse, inside food calling case
Place fry phagostimulant.
Preferably, connector is vertically arranged upright bar.
Preferably, the filter screen of filter plate is elastic network(s).
Preferably, the first filter plate is contacted with the bottom of the second filter plate with isolation web plate upper surface no pressure.
Preferably, elastic layer is arranged in the inner circumferential of through-hole on partition.
Preferably, elastic sealing layer is arranged in movable plate periphery.
In the utility model, fry is placed on inside the first cultivation storehouse of aquaculture pond ontology and is cultivated；In breeding process,
The metabolin of fry passes through the bottom that isolation web plate is deposited in the first cultivation storehouse；First cultivation storehouse by the sewage pipe of bottom by its
Internal sediment discharge, and water is replenished in time by the water inlet pipe of top.Equally, the second cultivation storehouse and the first cultivation storehouse
Using effect having the same.Wherein, isolation web plate blocks fry and moves about in the bottom in the first cultivation storehouse, and avoids fry
The phenomenon that partly precipitated object caused by during travelling is diffused to isolation web plate top, so that above isolation web plate
Water body is limpid, conducive to the growth of fry；The setting of isolation web plate also helps the blowdown process of sewage pipe, avoids fry by blowdown
The case where pipe is discharged.
In the utility model, when detector monitors go out water quality inside the first cultivation storehouse it is unqualified and when being replaced,
First movement part is moved to the middle part in the first cultivation storehouse with the first filter plate of drive, so that first along machine frame movement towards partition
Fry inside cultivation storehouse concentrates near partition；Lifting device driving movable plate be moved upward to highest point so that two groups every
Through-hole on plate completely through；First movement part drives the first filter plate slowly to move towards partition again, it is continuous close to every
Plate, the fry through-hole of meeting on partition in the case where space gradually becomes smaller are swum by the first cultivation storehouse to the second cultivation storehouse
Portion；After fry all migration, lifting device driving movable plate is moved downward to lowest part to cooperate two groups of partitions of insertion
Between, the first cultivation storehouse is isolated again with the second cultivation storehouse.At this point, not having fry inside the first cultivation storehouse, first is supported
It grows the water inside storehouse to be all discharged by sewage pipe, and the first cultivation storehouse is cleaned, again to the first cultivation storehouse after cleaning
Inside injection water source, to realize the cleaning for cultivating storehouse to first and change water process.Similarly, when the second cultivation storehouse is changed
When water, after making fry enter the first cultivation storehouse inside in the same way, then water is cleaned and changed to the second cultivation storehouse
Process.
In the utility model, when first cultivation storehouse or second cultivation storehouse change water during, first first movement part drive
First filter plate is moved to the middle part in the first cultivation storehouse towards partition, and movable plate is still by the first cultivation storehouse and the second cultivation at this time
Storehouse isolation reduces the process that the first cultivation storehouse water flow inside is flowed to the second cultivation storehouse, avoids the first cultivation to the greatest extent
Water source is polluted caused by the first cultivation storehouse inside storehouse；Meanwhile subsequent first filter plate constantly close to partition during,
Accelerate the migration velocity of the shoal of fish, reduce the Lifetime in the first cultivation storehouse with the second cultivation storehouse, reduces by the first cultivation storehouse internal water
Source is polluted caused by the first cultivation storehouse, to guarantee that breeding environment reaches best inside the second cultivation storehouse.
Detailed description of the invention
Fig. 1 be the utility model proposes efficiently change water rearing pond structural schematic diagram.
Fig. 2 be the utility model proposes efficiently change the structural schematic diagram of partition in the rearing pond of water.
Fig. 3 be the utility model proposes efficiently change the structural schematic diagram of filter plate in the rearing pond of water.
Fig. 4 be the utility model proposes efficiently change the structural schematic diagram of movable plate in the rearing pond of water.
Fig. 5 be the utility model proposes efficiently change part-structure top view in the rearing pond of water.
Specific embodiment
As shown in Figs. 1-5, Fig. 1 be the utility model proposes efficiently change water rearing pond structural schematic diagram.
Fig. 2 be the utility model proposes efficiently change the structural schematic diagram of partition in the rearing pond of water.
Fig. 3 be the utility model proposes efficiently change the structural schematic diagram of filter plate in the rearing pond of water.
Fig. 4 be the utility model proposes efficiently change the structural schematic diagram of movable plate in the rearing pond of water.
Fig. 5 be the utility model proposes efficiently change part-structure top view in the rearing pond of water
Referring to Fig.1-5, the utility model proposes one kind efficiently change the rearing pond of water, including aquaculture pond ontology 1, every
Plate 5, movable plate 6, filter plate, isolation web plate 13, rack 10, lifting device 7 and moving member；
Two groups of partitions 5 are disposed side by side on 1 middle part of aquaculture pond ontology, and aquaculture pond ontology 1 is divided for the first cultivation storehouse 2 and second
Cultivate 3 two parts of storehouse；The through-hole 4 passed through for fry is equipped in the middle part of every group of partition 5；
Between the cooperation two groups of partitions 5 of insertion of movable plate 6；The top of movable plate 6 is connect by connector with lifting device 7；
Lifting device 7 is arranged in rack 10, for driving movable plate 6 vertically moving；Wherein, rack 10 is set to aquaculture pond
1 top of ontology；
Two groups of isolation web plates 13 are separately positioned on the lower part in the first cultivation storehouse 2 and the second cultivation storehouse 3, isolation web plate 13 every
Off-grid mesh size is less than the width dimensions of fry；Web plate 13 is isolated to be arranged on partition 5 towards one end of partition 5, isolation
The end of web plate 13 is located at 4 lower section of through-hole of partition 5；
Filter plate includes the first filter plate 11 and the second filter plate 12, and moving member includes that first movement part 8 and second are mobile
Part 9；The bottom of first movement part 8 is arranged in by connector for first filter plate 11, and the first filter plate 11 is located at the first cultivation storehouse 2
It is internal；The bottom of the second moving member 9 is arranged in by connector for second filter plate 12, and the second filter plate 12 is located at the second cultivation storehouse
Inside 3；First movement part 8 and the second moving member 9 are slidably arranged in rack 10, and are respectively used to the first filter plate 11 of driving
It is moved with the second filter plate 12 along far from and close to the rectangular of partition 5；
Water inlet pipe, the first cultivation storehouse 2 and the second cultivation 3 bottom of storehouse are respectively set above first cultivation storehouse 2 and the second cultivation storehouse 3
Sewage pipe is respectively set in portion.
In the present embodiment, fry is placed on inside the first cultivation storehouse 2 of aquaculture pond ontology 1 and is cultivated；In breeding process,
The metabolin of fry passes through the bottom that isolation web plate 13 is deposited in the first cultivation storehouse 2；First cultivation sewage pipe of the storehouse 2 by bottom
By its internal sediment discharge, and water is replenished in time by the water inlet pipe of top.Equally, the second cultivation storehouse 3 and first
Cultivate the using effect having the same of storehouse 2.Wherein, isolation web plate 13 blocks fry and moves about in the first cultivation 2 bottom of storehouse, thus
Avoid caused by fry travelling in the process sediment to the phenomenon that spreading is isolated above web plate 13, so that isolation web plate 13
The water body of top is limpid, conducive to the growth of fry；The setting of isolation web plate 13 also helps the blowdown process of sewage pipe, avoids fish
The case where seedling is discharged by sewage pipe.
In the present embodiment, when detector monitors go out 2 inside water quality of the first cultivation storehouse it is unqualified and when being replaced,
One moving member 8 is moved along rack 10, is moved to the middle part in the first cultivation storehouse 2 towards partition 5 with the first filter plate 11 of drive, so that
Fry inside first cultivation storehouse 2 concentrates near partition 5；Lifting device 7 drives movable plate 6 to be moved upward to highest point, makes
Through-hole 4 on two groups of partitions 5 completely through；First movement part 8 drives the first filter plate 11 slowly to move towards partition 5 again
It is dynamic, constantly close to partition 5, the fry through-hole 4 of meeting on partition 5 in the case where space gradually becomes smaller, by the first cultivation
Inside the trip of storehouse 2 to the second cultivation storehouse 3；After fry all migration, lifting device 7 drives movable plate 6 to be moved downward to most
Lower is isolated to cooperate between two groups of partitions 5 of insertion, by the first cultivation storehouse 2 with the second cultivation storehouse 3 again.At this point, the first cultivation
There is not fry inside storehouse 2, first is being cultivated the water inside storehouse 2 and be all discharged by sewage pipe, and the first cultivation storehouse 2 is carried out
Cleaning cultivates again to first after cleaning and injects water source inside storehouse 2, to realize the cleaning for cultivating storehouse 2 to first and change water mistake
Journey.Similarly, when the second cultivation storehouse 3 carries out changing water, enter fry inside the first cultivation storehouse 2
Afterwards, then to the second cultivation storehouse 3 cleaned and changed water process.
In the present embodiment, when first cultivation storehouse 2 or second cultivation storehouse 3 change water during, first first movement part 8 drive
First filter plate 11 is moved to the middle part in the first cultivation storehouse 2 towards partition 5, and movable plate 6 is still by the first cultivation storehouse 2 and the at this time
Two cultivation storehouses 3 are isolated, and reduce the process that 2 water flow inside of the first cultivation storehouse is flowed to the second cultivation storehouse 3, avoid to the greatest extent
It is polluted to caused by the first cultivation storehouse 2 at the first cultivation 2 inside water source of storehouse；Meanwhile it is constantly close in subsequent first filter plate 11
During partition 5, accelerate the migration velocity of the shoal of fish, reduces the Lifetime in the first cultivation storehouse 2 and the second cultivation storehouse 3, reduce
First cultivation 2 inside water source of storehouse is polluted to caused by the first cultivation storehouse 2, to guarantee that the second cultivation 3 inside breeding environment of storehouse reaches
Most preferably.
In a specific embodiment, discharge outlet is arranged in the top in the first cultivation storehouse 2 and the second cultivation storehouse 3, for discharge the
Metabolite in the suspension on one cultivation storehouse 2 and the second cultivation 3 top of storehouse, guarantees the cleaning of water body, is conducive to improve fry
Growing environment, conducive to the growth of fry.
Further, the first cultivation storehouse 2 and 3 inside of the second cultivation storehouse are arranged far from the side of partition 5 for attracting fry
Lure lamp；When by being driven to the fry in the first cultivation storehouse 2 to the second cultivation storehouse 3, open inside the second cultivation storehouse 3
Lure lamp accelerate fry to the efficiency of the second cultivation 3 move inside of storehouse under the luring of light, to improve working efficiency,
The water body swap time between the first cultivation storehouse 2 and the second cultivation storehouse 3 is reduced, to guarantee the second cultivation 3 inside breeding environment of storehouse
Reach best.
Further, the side setting food calling case of the first cultivation storehouse 2 and 3 inside of the second cultivation storehouse far from partition 5, food calling case
Place fry phagostimulant in inside.When by driving to the fry in the first cultivation storehouse 2 to the second cultivation storehouse 3, second is opened
Cultivate 3 inside food calling case of storehouse, fry phagostimulant second cultivation storehouse 3 inside spreads, fry phagostimulant lure situation under, fish
Seedling accelerates the efficiency to the second cultivation 3 move inside of storehouse, to improve working efficiency, reduces the first cultivation storehouse 2 and the second cultivation
Water body swap time between storehouse 3, to guarantee that the second cultivation 3 inside breeding environment of storehouse reaches best.
Further, the upright bar that connector is vertically arranged, light-weight, stable connection is at low cost, and using effect is good.
Further, the filter screen of filter plate is elastic network(s), and filter plate is avoided to cause when driving the shoal of fish to fry
Injury, guarantee fry health growth, raising fry growth quality.
Further, the first filter plate 11 connects with the bottom of the second filter plate 12 with 13 upper surface no pressure of web plate is isolated
Touching, avoid fry move about to filter plate be isolated between web plate 13, guarantee filter plate is to the dispersion effect of fry, so that fry is complete
Full migration.
Further, elastic layer is arranged in the inner circumferential of through-hole 4 on partition 5, causes when avoiding a large amount of fries also cross partition 5
Extruding injury, guarantee fry health growth, raising fry growth quality.
Further, elastic sealing layer is arranged in 6 periphery of movable plate, when movable plate 6 cooperates between two groups of partitions 5 of insertion,
It is completely isolated between first cultivation storehouse 2 and the second cultivation storehouse 3, avoid the water coke slurry between the first cultivation storehouse 2 and the second cultivation storehouse 3
Process guarantees the cleaning in the first cultivation storehouse 2 or the second cultivation 3 inside water body of storehouse.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (9)
1. a kind of rearing pond for efficiently changing water, which is characterized in that including aquaculture pond ontology (1), partition (5), movable plate
(6), filter plate, isolation web plate (13), rack (10), lifting device (7) and moving member；
Two groups of partitions (5) are disposed side by side in the middle part of aquaculture pond ontology (1), by aquaculture pond ontology (1) be divided into the first cultivation storehouse (2) and
Second cultivation storehouse (3) two parts；The through-hole (4) passed through for fry is equipped in the middle part of every group of partition (5)；
Between movable plate (6) cooperation two groups of partitions (5) of insertion；The top of movable plate (6) is connected by connector and lifting device (7)
It connects；Lifting device (7) is arranged on rack (10), for driving movable plate (6) vertically moving；Wherein, rack (10)
It is set to above aquaculture pond ontology (1)；
Two groups of isolation web plates (13) are separately positioned on the lower part in the first cultivation storehouse (2) with the second cultivation storehouse (3), are isolated web plate (13)
Separation net mesh size be less than fry width dimensions；Web plate (13) are isolated to be arranged towards one end of partition (5) in partition
(5) on, the end of isolation web plate (13) is located at below the through-hole (4) of partition (5)；
Filter plate includes the first filter plate (11) and the second filter plate (12), and moving member includes that first movement part (8) and second move
Moving part (9)；First filter plate (11) is arranged by connector in the bottom of first movement part (8), and the first filter plate (11) is located at
First cultivation storehouse (2) is internal；Second filter plate (12) is arranged by connector in the bottom of the second moving member (9), the second filtering
It is internal that plate (12) is located at the second cultivation storehouse (3)；First movement part (8) and the second moving member (9) are slidably arranged in rack (10)
On, and driving the first filter plate (11) and the second filter plate (12) are respectively used to along the rectangular shifting far from and close to partition (5)
It is dynamic；
Water inlet pipe, the first cultivation storehouse (2) and the second cultivation storehouse are respectively set above first cultivation storehouse (2) and the second cultivation storehouse (3)
(3) sewage pipe is respectively set in bottom.
2. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that the first cultivation storehouse (2) and second
Discharge outlet is arranged in the top for cultivating storehouse (3).
3. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that the first cultivation storehouse (2) and second
The lure lamp for attracting fry is arranged in the internal side far from partition (5) of cultivation storehouse (3).
4. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that the first cultivation storehouse (2) and second
It cultivates storehouse (3) internal side far from partition (5) and food calling case is set, place fry phagostimulant inside food calling case.
5. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that connector is vertically arranged vertical
Bar.
6. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that the filter screen of filter plate is elasticity
Net.
7. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that the first filter plate (11) and second
The bottom of filter plate (12) is contacted with isolation web plate (13) upper surface no pressure.
8. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that through-hole (4) is interior on partition (5)
Week setting elastic layer.
9. the rearing pond according to claim 1 for efficiently changing water, which is characterized in that bullet is arranged in movable plate (6) surface
Property sealant.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821501718.9U CN208739922U (en) | 2018-09-12 | 2018-09-12 | A kind of rearing pond efficiently changing water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821501718.9U CN208739922U (en) | 2018-09-12 | 2018-09-12 | A kind of rearing pond efficiently changing water |
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| Publication Number | Publication Date |
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| CN208739922U true CN208739922U (en) | 2019-04-16 |
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ID=66084295
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| CN201821501718.9U Active CN208739922U (en) | 2018-09-12 | 2018-09-12 | A kind of rearing pond efficiently changing water |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108887222A (en) * | 2018-09-12 | 2018-11-27 | 铜陵向日葵生态农业有限公司 | A kind of rearing pond efficiently changing water |
| CN110881436A (en) * | 2019-12-05 | 2020-03-17 | 南京坤泰农业发展有限公司 | Fry breeding drainage system and water changing method thereof |
| CN111838060A (en) * | 2020-08-26 | 2020-10-30 | 马鞍山市创源水蛭养殖专业合作社 | Three-dimensional leech breeding device |
| CN112753503A (en) * | 2020-12-29 | 2021-05-07 | 安徽省黄雀畈现代农业开发有限公司 | Device and method for facilitating comprehensive cultivation, fertilization and insect killing of rice and fish |
-
2018
- 2018-09-12 CN CN201821501718.9U patent/CN208739922U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108887222A (en) * | 2018-09-12 | 2018-11-27 | 铜陵向日葵生态农业有限公司 | A kind of rearing pond efficiently changing water |
| CN110881436A (en) * | 2019-12-05 | 2020-03-17 | 南京坤泰农业发展有限公司 | Fry breeding drainage system and water changing method thereof |
| CN111838060A (en) * | 2020-08-26 | 2020-10-30 | 马鞍山市创源水蛭养殖专业合作社 | Three-dimensional leech breeding device |
| CN112753503A (en) * | 2020-12-29 | 2021-05-07 | 安徽省黄雀畈现代农业开发有限公司 | Device and method for facilitating comprehensive cultivation, fertilization and insect killing of rice and fish |
| CN112753503B (en) * | 2020-12-29 | 2022-06-10 | 安徽省黄雀畈现代农业开发有限公司 | Device and method for facilitating comprehensive cultivation, fertilization and insect killing of rice and fish |
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