CN205813256U - Four mouthfuls of one group of standardization cultivation shrimp pools - Google Patents
Four mouthfuls of one group of standardization cultivation shrimp pools Download PDFInfo
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- CN205813256U CN205813256U CN201620348822.3U CN201620348822U CN205813256U CN 205813256 U CN205813256 U CN 205813256U CN 201620348822 U CN201620348822 U CN 201620348822U CN 205813256 U CN205813256 U CN 205813256U
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- pulk
- storage tank
- aqua storage
- pool
- partition wall
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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
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Abstract
This utility model provides a kind of four mouthfuls of one group of standardization cultivation shrimp pool, including: shrimp pool body, it is square, the shrimp pool is the most internal is transversely all arranged at intervals with the ridge, multiple pool with longitudinal direction, and the ridge, the pool arranged in transverse direction is arranged in a crossed manner with the ridge, the pool arranged along the longitudinal direction, so that the shrimp pool to be divided into many mouthfuls of pulks, and being formed one group of culture zone by four mouthfuls of pulks, often group culture zone is matrix pattern.Convenient management after being divided into pulk, often in group culture zone, using wherein a bite pulk as mark Seedling pond, other three mouthfuls of pulks are as culturing pool, such that it is able to uninterruptedly raise.This utility model solves that big pool difficult management, cultivation density be low and the problem such as survival rate is low, has and feeds intake uniformly, changes water convenient, blowdown clean and can the advantage such as four seasons raising, improve cultivation density and survival rate, thus substantially increase the economic benefit of cultivation.
Description
Technical field
This utility model relates to a breeding shrimp pool, is a kind of four mouthfuls of one group of standardization cultivation shrimp pool specifically.
Background technology
China is aquaculture big country in the world, more than the 65% of aquaculture Liang Zhan world total amount, the kind of cultivation
Many, scope is wide, and yield is high, and cultured area is also constantly expanding with the increase of demand.Sea water, Freshwater Shrimp Aquiculture are existing in China
Development for many years, has considerable economic benefit, and existing sea water and Freshwater Shrimp Aquiculture pattern is all the outdoor cultivation in the big pool, the pool
Area all between 3-5 mu.The area a lot of problem of excessive existence on the pool, as row change water overlong time, quantity of exchanged water is excessive, feed intake
Uneven, thus cause general cultivation density about 30,000 tails/mu, and shrimp shoot survival percent is the lowest, and winter water temperature too low
Time can not cultivate, support shrimp sewage directly discharge, can pollute, and sewage can not be reused, waste resource.
Utility model content
The purpose of this utility model is to provide one group of standardization cultivation shrimp pool of a kind of four mouthful, and the shrimp pool is divided into many mouthfuls little
The pool, and formed one group of culture zone by four mouthfuls of pulks, often in group culture zone, using wherein a bite pulk as mark Seedling pond, other three mouthfuls
Pulk is as culturing pool, such that it is able to uninterruptedly raise.Solve that big pool difficult management, cultivation density be low and survival rate is low etc. asks
Topic, has and feeds intake uniformly, changes water convenient, blowdown clean and can the advantage such as four seasons raising, improve cultivation density and survival rate,
Thus substantially increase the economic benefit of cultivation.
In order to realize according to these purposes of the present utility model and further advantage, it is provided that a kind of four mouthfuls of one group of standardization are supported
Grow the shrimp pool, including:
Shrimp pool body, it is square, and the described shrimp pool is the most internal is transversely all arranged at intervals with the ridge, multiple pool with longitudinal direction,
And the ridge, the pool arranged in transverse direction is arranged in a crossed manner with the ridge, the pool arranged along the longitudinal direction, so that the described shrimp pool is divided into many mouthfuls little
The pool, and formed one group of culture zone by four mouthfuls of pulks, often group culture zone is matrix pattern.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Heat preservation greenhouse, it is arranged on the top of described shrimp pool body, described heat preservation greenhouse is coated with plastic sheeting；
Heating boiler, its heating installation outlet tube all connects with every mouthful of pulk.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Multiple feeding devices, often group culture zone is provided with a feeding device, and described feeding device includes:
Feeding tube, it is the cylindrical that inner hollow and top are opened wide, and is provided with two pieces of dividing plates in described feeding tube, two
Block dividing plate is arranged in a crossed manner, and fixing with the inwall of described feeding tube is connected, and becomes four to enter with the inside division by described feeding tube
Material district；
Four pieces of stock guides, it is along the circumferencial direction interval setting of described feeding tube, and described stock guide is the length of inner hollow
Cube shape, and open at both ends along its length, two sides along its width vertically arrange, described in lead
The lateral wall of flitch one end along its length and described feeding tube is fixing to be connected, described stock guide along its length another
One end is downward-sloping, and four described stock guides inside with four described feed zones respectively connects；
Many support bars, it is vertically disposed on the bottom of described feeding tube, the top of described support bar with
The bottom of described feeding tube is fixing to be connected；
Base, is provided with a horizontal plane bottom it, described base is arranged on the ridge, the pool at the middle part of described culture zone, described
The top of base is fixing with the bottom of described support bar to be connected；
Multiple charging devices, every mouthful of all corresponding charging device of pulk, one feeding device of four charging device rings sets
Putting, described charging device includes:
Connecting rod, it vertically arranges, and is positioned at the lower section of described heat preservation greenhouse, the top of described connecting rod and institute
State the fixing connection of heat preservation greenhouse；
Motor, it is arranged in described connecting rod；
Rotary shaft, it vertically arranges, and described rotary shaft is connected with described motor；
Feeding tube, it is the cylindrical that inner hollow and top are opened wide, the lateral wall of described feeding tube is provided with to
A few discharging opening, the bottom of described rotary shaft is fixing with the bottom of described feeding tube to be connected, often in group culture zone, a conveying
The other end along its length of four pieces of stock guides on device extends respectively to the top of four feeding tubes.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, the bottom of described feed zone has an inclined plane,
And the inclined plane of the bottom of described feed zone and the bottom surface of stock guide that communicates therewith are in one plane.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, four pieces of described stock guides are spaced 90 degree of ground
Circumferencial direction along described feeding tube is spaced and arranges, and two pieces of dividing plates are mutually perpendicular to, and described charging device is arranged on every mouthful of pulk
Middle part.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Filter, it is relative with the middle part of described shrimp pool body, and described filter includes:
Filter body, its inwall is equipped with antiseepage film, and the middle part level of described filter body is equipped with packing layer,
Planting on described packing layer and be implanted with water plant, be made up of purifying area described packing layer and described water plant, described filter is originally
Body is positioned at the height partially below described packing layer of both sides, described purifying area, by described filter is positioned at described purifying area
The part of both sides forms the first aqua storage tank and the second aqua storage tank, and the bottom of described first aqua storage tank and described second aqua storage tank connects
Logical；
First dash partition wall, it is arranged on described first aqua storage tank and the intersection of described purifying area, described first dash
The height of partition wall, higher than the height of described packing layer, described first dash partition wall is provided with the first pure water inlet, and described first
The height of pure water inlet, less than the height of the upper surface of described packing layer, is provided with valve at described first pure water inlet；
Second dash partition wall, it is arranged on described second aqua storage tank and the intersection of described purifying area, described second dash
The height of partition wall, higher than the height of described packing layer, described second dash partition wall is provided with the second pure water inlet, and described second
The height of pure water inlet, less than the height of the upper surface of described packing layer, is provided with valve at described second pure water inlet；
Polylith third gear water partition wall, its vertically be spaced insertion described packing layer in, described third gear water partition wall
Block number is even numbered blocks, and the described bottom of third gear water partition wall flushes with the lower surface of described packing layer, described third gear water partition wall
The upper surface flush of top and described packing layer, all medial walls with described filter, the both sides of described third gear water partition wall are consolidated
Fixed connect, described purifying area to be divided into multiple water purification gallery, described third gear water partition wall be provided with an opening, described in open
Mouthful top flush with the top of described packing layer, described first pure water inlet, described second pure water inlet and be adjacent
Interleaved openings is arranged, and two adjacent interleaved openings are arranged；
First water main, it is all connected with the pulk of half by many arms, and the pulk of half is near described first storage
Tank, arm is provided with valve, and described first water main is optionally by the dirt in a bite pulk in the pulk of half
Water imports in the water purification gallery being connected with described first aqua storage tank, and the first outlet of sewer on described first water main is close
Described first pure water inlet；
Second water main, it is all connected with the pulk of half by many arms, and arm is provided with valve, and described
Two water mains connect with described first aqua storage tank, and the water purification in described first aqua storage tank is optionally led by described second water main
Enter in a bite pulk in the pulk of half；
3rd water main, it is all connected with second half pulk by many arms, and second half pulk is near described the
Two aqua storage tanks, arm is provided with valve, and described 3rd water main is optionally by a bite pulk in second half pulk
In sewage import in a water purification gallery being connected with described second aqua storage tank, the second sewage on described 3rd water main
Outlet is near described second pure water inlet；
4th water main, it is all connected with second half pulk by many arms, arm is provided with valve, described
4th water main connects with described second aqua storage tank, and described 4th water main is optionally by the water purification in described second aqua storage tank
Import in a bite pulk in second half pulk.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, described first aqua storage tank and described second water storage
Groove optionally connects with gutter or river course.
Preferably, in four mouthfuls of described one group of standardization cultivation shrimp pools, described first dash partition wall, described second dash
Partition wall is parallel with described third gear water partition wall.
This utility model at least includes following beneficial effect:
Water in every mouthful of pulk is carried out protecting mild heat by this utility model by heat preservation greenhouse and heating boiler so that
Can also raise when pulk water temperature is relatively low, reach the effect uninterruptedly raised.
This utility model is fed intake in pulk by the cooperation of feeding device and charging device so that feed intake uniformly,
Improve the efficiency that feeds intake, thus improve cultivation density.
This utility model uses by the sewage of pulk carries out purification Posterior circle, improves Water quality, contributes to carrying
High-survival rate, has saved resource simultaneously.
Part is embodied by further advantage of the present utility model, target and feature by description below, and part also will be passed through
Research of the present utility model and practice are understood by the person skilled in the art.
Accompanying drawing explanation
Fig. 1 is the structural representation of one group of culture zone described in the utility model；
Fig. 2 is the structural representation of feeding device described in the utility model；
Fig. 3 is the profile of charging device described in the utility model；
Fig. 4 is the structural representation of filtering ponds described in the utility model；
Fig. 5 is the first aqua storage tank described in the utility model, the second aqua storage tank and the structural representation of purifying area；
Fig. 6 is the structural representation of the first dash partition wall described in the utility model；
Fig. 7 is the structural representation of third gear water partition wall described in the utility model.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in further detail, to make those skilled in the art with reference to explanation
Book word can be implemented according to this.
Should be appreciated that used herein such as " have ", " comprising " and " including " term do not allot one or many
Other element individual or the existence of a combination thereof or interpolation.
As shown in Figures 1 to 7, this utility model provides a kind of four mouthfuls of one group of standardization cultivation shrimp pool, including:
Shrimp pool body 100, it is square, and the described shrimp pool is the most internal is transversely all arranged at intervals with multiple pool with longitudinal direction
The ridge 101, and the ridge, the pool arranged in transverse direction is arranged in a crossed manner with the ridge, the pool arranged along the longitudinal direction, to be divided on the described shrimp pool
Many mouthfuls of pulks 102, and formed one group of culture zone by four mouthfuls of pulks, often group culture zone is matrix pattern.Convenient pipe after being divided into pulk
Reason, often in group culture zone, using wherein a bite pulk as mark Seedling pond, other three mouthfuls of pulks are as culturing pool, shrimp Seedling and shrimp simultaneously
Cultivation, after the shrimp in other three mouthfuls of pulks grows up, then assigns in other three mouthfuls of pulks, such that it is able to uninterruptedly raise by shrimp Seedling
Support.This utility model solves that big pool difficult management, cultivation density be low and the problem such as survival rate is low, has and feeds intake uniformly, changes water
Convenient, blowdown clean and can the advantage such as four seasons raising, improve cultivation density and success rate, thus substantially increase cultivation
Economic benefit.
In four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Heat preservation greenhouse 110, it is arranged on the top of described shrimp pool body, described heat preservation greenhouse is coated with plastic sheeting；
Heating boiler, its heating installation outlet tube all connects with every mouthful of pulk.Water in every mouthful of pulk is carried out heating and thermal insulation,
Make can also raise when pulk water temperature is relatively low, reach the effect uninterruptedly raised.
In four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Multiple feeding devices 120, often group culture zone is provided with a feeding device, and described feeding device includes:
Feeding tube 121, it is the cylindrical that inner hollow and top are opened wide, and is provided with two pieces of dividing plates in described feeding tube
122, two pieces of dividing plates are arranged in a crossed manner, and fixing with the inwall of described feeding tube are connected, with by the inside division one-tenth of described feeding tube
Four feed zones 123；The height of feeding tube is highly consistent with people's, facilitates people to feed in feed zone.
Four pieces of stock guides 124, it is along the circumferencial direction interval setting of described feeding tube, and described stock guide is inner hollow
Cuboid, and open at both ends along its length, two sides along its width vertically arrange, described
The lateral wall of stock guide one end along its length and described feeding tube is fixing is connected, and described stock guide is along its length
The other end is downward-sloping, and four described stock guides inside with four described feed zones respectively connects；
Many support bars 125, it is vertically disposed on the bottom of described feeding tube, the top of described support bar
Fix with the bottom of described feeding tube and be connected；
Base 126, is provided with a horizontal plane bottom it, described base is arranged on the ridge, the pool at the middle part of described culture zone,
The top of described base is fixing with the bottom of described support bar to be connected；
Multiple charging devices 130, every mouthful of all corresponding charging device of pulk, one feeding device of four charging device rings
Arranging, described charging device includes:
Connecting rod 131, it is vertically arranged, and is positioned at the lower section of described heat preservation greenhouse 110, the top of described connecting rod
Portion is fixing with described heat preservation greenhouse to be connected；
Motor 132, it is arranged in described connecting rod；
Rotary shaft 133, it is vertically arranged, and described rotary shaft is connected with described motor；
Feeding tube 134, it is the cylindrical that inner hollow and top are opened wide, and the lateral wall of described feeding tube is provided with
At least one discharging opening 135, the bottom of described rotary shaft is fixing with the bottom of described feeding tube to be connected, often in group culture zone, one
The other end along its length of four pieces of stock guides on individual feeding device extends respectively to the top of four feeding tubes.Need to
When feeding intake in four mouthfuls of pulks of one group of culture zone, adding shrimp material in Xiang Si feed zone of people, shrimp material falls into along stock guide and feeds intake
In Tong, starting motor, rotarily drive feeding tube by motor and rotate, under the influence of centrifugal force, shrimp material falls by after discharging opening
Enter in pulk, so feed intake evenly, and save manpower.
In described four mouthfuls of one group of standardization cultivation shrimp pools, the bottom of described feed zone has an inclined plane, and described in enter
The inclined plane of the bottom in material district is with the bottom surface of the stock guide communicated therewith in one plane.In a needs feeding tube wherein
During conveying, only need to add shrimp material in the feed zone corresponding with this feeding tube, shrimp material can be along the inclined plane of the bottom of feed zone
And the bottom surface of stock guide falls in feeding tube.
In four mouthfuls of described one group of standardization cultivation shrimp pools, four pieces of described stock guides are with being spaced 90 degree along described conveying
The circumferencial direction interval of cylinder is arranged, and two pieces of dividing plates are mutually perpendicular to, and described charging device is arranged on the middle part of every mouthful of pulk.
In four mouthfuls of described one group of standardization cultivation shrimp pools, also include:
Filter, it is relative with the middle part of described shrimp pool body, and described filter includes:
Filter body 140, its inwall is equipped with antiseepage film, and the middle part level of described filter body is equipped with filler
Layer 141, described packing layer is planted and is implanted with water plant, described packing layer and described water plant constitute purifying area 142, pass through
The absorbing of plant, soil matrix absorption and Medium Culture microorganism three act on, jointly at the pollutant in sewage
Reason, reaches the purpose of water purification.Described filter body is positioned at the height partially below described packing layer of both sides, described purifying area
Degree, is formed the first aqua storage tank 143 and the second aqua storage tank 144, institute by the part being positioned at both sides, described purifying area in described filter
State the first aqua storage tank to connect with the bottom of described second aqua storage tank；
First dash partition wall 150, it is arranged on described first aqua storage tank and the intersection of described purifying area, and described first
The height of dash partition wall, higher than the height of described packing layer, described first dash partition wall is provided with the first pure water inlet 151, institute
State the height of the first pure water inlet height less than the upper surface of described packing layer, at described first pure water inlet, be provided with valve
Door；
Second dash partition wall 160, it is arranged on described second aqua storage tank and the intersection of described purifying area, described second gear
The height of water partition wall, higher than the height of described packing layer, described second dash partition wall is provided with the second pure water inlet 161, described
The height of the second pure water inlet, less than the height of the upper surface of described packing layer, is provided with valve at described second pure water inlet；
Polylith third gear water partition wall 170, its vertically be spaced insertion described packing layer in, described third gear water partition wall
Block number be even numbered blocks, the described bottom of third gear water partition wall flushes with the lower surface of described packing layer, described third gear water every
The upper surface flush of coping and described packing layer, the both sides of described third gear water partition wall all with the medial wall of described filter
Fixing connection, so that described purifying area to be divided into multiple water purification gallery 180, described third gear water partition wall is provided with an opening
171, the top of described opening flushes with the top of described packing layer, described first pure water inlet, described second pure water inlet and
The interleaved openings being adjacent is arranged, and two adjacent interleaved openings are arranged；By the first pure water inlet, the second pure water inlet and
The interleaved openings being adjacent is arranged, and two adjacent interleaved openings are arranged, and make sewage form circuitous channel in purifying area, from
And extend dwell time of sewage, give full play to the biological chemistry action of plant and soil microorganism, improve and remove complexity pollution
The ability of thing, it is achieved the high-efficient purification ability of purifying area.
First water main, it is all connected with the pulk of half by many arms, and the pulk of half is near described first storage
Tank, arm is provided with valve, and described first water main is optionally by the dirt in a bite pulk in the pulk of half
Water imports in the water purification gallery being connected with described first aqua storage tank, and the first outlet of sewer on described first water main is close
Described first pure water inlet；
Second water main, it is all connected with the pulk of half by many arms, and arm is provided with valve, and described
Two water mains connect with described first aqua storage tank, and the water purification in described first aqua storage tank is optionally led by described second water main
Enter in a bite pulk in the pulk of half；
3rd water main, it is all connected with second half pulk by many arms, and second half pulk is near described the
Two aqua storage tanks, arm is provided with valve, and described 3rd water main is optionally by a bite pulk in second half pulk
In sewage import in a water purification gallery being connected with described second aqua storage tank, the second sewage on described 3rd water main goes out
Mouth is near described second pure water inlet；
4th water main, it is all connected with second half pulk by many arms, arm is provided with valve, described
4th water main connects with described second aqua storage tank, described 4th water main optionally clean by described second aqua storage tank
Water imports in a bite pulk in second half pulk.
When needing the sewage in a bite pulk in the pulk of half is filtered, open this mouthful of pulk of connection and the
Valve on the arm of one water main, meanwhile, closes the valve on the first pure water inlet, opens the valve on the second pure water inlet
Door, sewage is imported in the water purification gallery being connected with the first aqua storage tank by the first water main, and sewage purifies in purifying area
After, flow in the second aqua storage tank by the second pure water inlet, because the second aqua storage tank and the first aqua storage tank connect, the water purification after purification
Flow in the first aqua storage tank, store in the first aqua storage tank and the second aqua storage tank, to be filtered complete after, open connection this mouth
Valve on the arm of pulk and the second water main, imports this mouthful of pulk by the water purification in the first aqua storage tank and the second aqua storage tank
In, reuse after the sewage in this mouthful of pulk is processed.
When sewage in a bite pulk in second half pulk is filtered, open this mouthful of pulk of connection and lead with the 3rd
Valve on the arm of water pipe, meanwhile, closes the valve on the second pure water inlet, opens the valve on the first pure water inlet, the
Sewage is imported in the water purification gallery being connected with the second aqua storage tank by three water mains, and sewage is after purifying area purifies, logical
Crossing the first pure water inlet and flow in the first aqua storage tank, because the first aqua storage tank and the second aqua storage tank connect, the water purification after purification flows into
In second aqua storage tank, store in the first aqua storage tank and the second aqua storage tank, to be filtered complete after, open connection this mouthful of pulk
With the valve on the arm of the 4th water main, the water purification in the first aqua storage tank and the second aqua storage tank is imported in this mouthful of pulk, will
Sewage in this mouthful of pulk reuses after processing.
Also can filter the sewage in several mouthfuls of pulks, wherein, the filter method of the sewage in every mouthful of pulk is same simultaneously
On.
Pulk is split into two halves, is connected with nearer aqua storage tank by supervisor, the cost buying pipeline can be reduced.
In four mouthfuls of described one group of standardization cultivation shrimp pools, described first aqua storage tank and described second aqua storage tank are optionally
Connect with gutter or river course.When raining, can store a lot of rainwater in the first aqua storage tank and the second aqua storage tank, rainwater can be first
Utilize after aqua storage tank and the second aqua storage tank are collected, if rainfall is relatively big, negative more than the first aqua storage tank and the second aqua storage tank
Lotus, can be introduced directly into gutter or river course by rainwater.
In four mouthfuls of described one group of standardization cultivation shrimp pools, described first dash partition wall, described second dash partition wall and institute
State third gear water partition wall parallel.
Claims (6)
1. four mouthfuls of one group of standardization cultivation shrimp pool, it is characterised in that including:
Shrimp pool body, it is square, this internal ridge, multiple pool that is transversely all arranged at intervals with longitudinal direction, the described shrimp pool, and edge
The ridge, the pool that horizontal direction is arranged is arranged in a crossed manner with the ridge, the pool arranged along the longitudinal direction, so that the described shrimp pool is divided into many mouthfuls of pulks,
And formed one group of culture zone by four mouthfuls of pulks, often group culture zone is matrix pattern；
Heat preservation greenhouse, it is arranged on the top of described shrimp pool body, described heat preservation greenhouse is coated with plastic sheeting；
Heating boiler, its heating installation outlet tube all connects with every mouthful of pulk；
Multiple feeding devices, often group culture zone is provided with a feeding device, and described feeding device includes:
Feeding tube, it is the cylindrical that inner hollow and top are opened wide, and is provided with two pieces of dividing plates in described feeding tube, two pieces every
Plate is arranged in a crossed manner, and fixing with the inwall of described feeding tube is connected, and becomes four feed zones with the inside division by described feeding tube；
Four pieces of stock guides, it is along the circumferencial direction interval setting of described feeding tube, and described stock guide is the cuboid of inner hollow
Shape, and open at both ends along its length, two sides along its width vertically arrange, described stock guide
One end along its length is fixing with the lateral wall of described feeding tube to be connected, the described stock guide other end along its length
Downward-sloping, four described stock guides inside with four described feed zones respectively connects；
Many support bars, it is vertically disposed on the bottom of described feeding tube, and the top of described support bar is with described
The bottom of feeding tube is fixing to be connected；
Base, is provided with a horizontal plane bottom it, described base is arranged on the ridge, the pool at the middle part of described culture zone, described base
The bottom of top and described support bar fixing be connected；
Multiple charging devices, every mouthful of all corresponding charging device of pulk, one feeding device of four charging device rings is arranged, institute
State charging device to include:
Connecting rod, it vertically arranges, and is positioned at the lower section of described heat preservation greenhouse, the top of described connecting rod and described guarantor
Temperature booth is fixing to be connected；
Motor, it is arranged in described connecting rod；
Rotary shaft, it vertically arranges, and described rotary shaft is connected with described motor；
Feeding tube, it is the cylindrical that inner hollow and top are opened wide, and the lateral wall of described feeding tube is provided with at least one
Individual discharging opening, the bottom of described rotary shaft is fixing with the bottom of described feeding tube to be connected, often in group culture zone, a feeding device
On four pieces of stock guides other end along its length extend respectively to the top of four feeding tubes.
Four mouthfuls of one group of standardization cultivation shrimp pool the most as claimed in claim 1, it is characterised in that the bottom of described feed zone has
One inclined plane, and the inclined plane of the bottom of described feed zone and the bottom surface of stock guide that communicates therewith are in one plane.
Four mouthfuls of one group of standardization cultivation shrimp pool the most as claimed in claim 2, it is characterised in that four pieces of described stock guides are to each other
Every 90 degree along described feeding tube circumferencial direction be spaced arrange, two pieces of dividing plates are mutually perpendicular to, and described charging device is arranged on often
The middle part of mouth pulk.
Four mouthfuls of one group of standardization cultivation shrimp pool the most as claimed in claim 1, it is characterised in that also include:
Filter, it is relative with the middle part of described shrimp pool body, and described filter includes:
Filter body, its inwall is equipped with antiseepage film, and the middle part level of described filter body is equipped with packing layer, described
Plant on packing layer and be implanted with water plant, be made up of purifying area described packing layer and described water plant, in described filter body
It is positioned at the height partially below described packing layer of both sides, described purifying area, by described filter is positioned at both sides, described purifying area
Part form the first aqua storage tank and the second aqua storage tank, described first aqua storage tank connects with the bottom of described second aqua storage tank；
First dash partition wall, it is arranged on described first aqua storage tank and the intersection of described purifying area, described first dash partition wall
Height higher than the height of described packing layer, described first dash partition wall is provided with the first pure water inlet, described first water purification
The height of outlet, less than the height of the upper surface of described packing layer, is provided with valve at described first pure water inlet；
Second dash partition wall, it is arranged on described second aqua storage tank and the intersection of described purifying area, described second dash partition wall
Height higher than the height of described packing layer, described second dash partition wall is provided with the second pure water inlet, described second water purification
The height of outlet, less than the height of the upper surface of described packing layer, is provided with valve at described second pure water inlet；
Polylith third gear water partition wall, its vertically be spaced insertion described packing layer in, the block number of described third gear water partition wall
For even numbered blocks, the described bottom of third gear water partition wall flushes with the lower surface of described packing layer, the top of described third gear water partition wall
Portion and the upper surface flush of described packing layer, the both sides of described third gear water partition wall are all fixing with the medial wall of described filter to be connected
Connect, described purifying area to be divided into multiple water purification gallery, described third gear water partition wall is provided with an opening, described opening
Top flushes with the top of described packing layer, described first pure water inlet, described second pure water inlet and the opening being adjacent
It is crisscross arranged, and two adjacent interleaved openings are arranged；
First water main, it is all connected with the pulk of half by many arms, the pulk of half near described first aqua storage tank,
Being provided with valve on arm, the sewage in a bite pulk in the pulk of half is optionally imported by described first water main
In the water purification gallery being connected with described first aqua storage tank, the first outlet of sewer on described first water main is near described
One pure water inlet；
Second water main, it is all connected with the pulk of half by many arms, and arm is provided with valve, and described second is main
Water pipe connects with described first aqua storage tank, and the water purification in described first aqua storage tank is optionally imported one by described second water main
In a bite pulk in the pulk of half；
3rd water main, it is all connected with second half pulk by many arms, and second half pulk stores up near described second
Tank, arm is provided with valve, and described 3rd water main is optionally by a bite pulk in second half pulk
Sewage imports in the water purification gallery being connected with described second aqua storage tank, and the second outlet of sewer on described 3rd water main leans on
The most described second pure water inlet；
4th water main, it is all connected with second half pulk by many arms, and arm is provided with valve, and the described 4th
Water main connects with described second aqua storage tank, and the water purification in described second aqua storage tank is optionally imported by described 4th water main
In a bite pulk in second half pulk.
Four mouthfuls of one group of standardization cultivation shrimp pool the most as claimed in claim 4, it is characterised in that described first aqua storage tank and described
Second aqua storage tank optionally connects with gutter or river course.
Four mouthfuls of one group of standardization cultivation shrimp pool the most as claimed in claim 4, it is characterised in that described first dash partition wall, institute
State the second dash partition wall parallel with described third gear water partition wall.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620348822.3U CN205813256U (en) | 2016-04-25 | 2016-04-25 | Four mouthfuls of one group of standardization cultivation shrimp pools |
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|---|---|---|---|
| CN201620348822.3U CN205813256U (en) | 2016-04-25 | 2016-04-25 | Four mouthfuls of one group of standardization cultivation shrimp pools |
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| CN205813256U true CN205813256U (en) | 2016-12-21 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105794709A (en) * | 2016-04-25 | 2016-07-27 | 杨东亮 | Four-in-one standardized breeding shrimp pond |
| CN106689013A (en) * | 2017-01-23 | 2017-05-24 | 福州大学 | Annual ground-based intensive culture greenhouse for anguilla marmorata |
-
2016
- 2016-04-25 CN CN201620348822.3U patent/CN205813256U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105794709A (en) * | 2016-04-25 | 2016-07-27 | 杨东亮 | Four-in-one standardized breeding shrimp pond |
| CN106689013A (en) * | 2017-01-23 | 2017-05-24 | 福州大学 | Annual ground-based intensive culture greenhouse for anguilla marmorata |
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