CN204742224U - Ecological farming systems - Google Patents
Ecological farming systems Download PDFInfo
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- CN204742224U CN204742224U CN201520449007.1U CN201520449007U CN204742224U CN 204742224 U CN204742224 U CN 204742224U CN 201520449007 U CN201520449007 U CN 201520449007U CN 204742224 U CN204742224 U CN 204742224U
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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
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
Abstract
The utility model discloses an ecological farming systems, including the breed pond that has row mud cavity, pretreatment systems, ecological maintenance system and water supply system, install in the breed pond and support the water of growing in the pond to be a direction around flowing to making external oxygen injection breed the circulation oxygen system in the pond, arranging the mud cavity and be linked together with pretreatment systems, ecological maintenance system includes the ecological pond that is linked together with pretreatment systems, locates the chinampa in the ecological pond and is in the little biofilm carrier of inertia below the chinampa, and the last fixed surface on chinampa plants has its part or whole root to stretch into the aquatic plant in the little biofilm carrier of inertia, water supply system is linked together with ecological pond, in the water supply system takes and stretches into water to breeding the communicating pipe in the pond out. This ecological farming systems adopts the aquaculture model of inlet channel + breeds pond + regeneration, and the water circulating reflux is used, practices thrift the cost, reduces the waste of water resource, has reduced the pollution of breed waste water to aquatic products, water and surrounding enviroment.
Description
Technical field
The utility model relates to aquaculture pond field, particularly a kind of ecological cultivation system.
Background technology
Along with the raising of cultivation level, plant's output of China also constantly increases, so far main aquaculture model is " inlet channel+cultivating pool+drainage ditch ", i.e. " resources consumption-product-waste discharge " pattern, the cost of this aquaculture model is the input of a large amount of feed and the accumulation of aquatic products category metabolite, then existing aquaculture model is while obtaining high yield, creates a large amount of breeding pollutions.
The culture fishery of China is in the position of " world's factory ", in high-density breeding situation, the accumulation of too much metabolite will suppress its growth and restriction per unit area yield, and residual bait, dirt can produce the harmful substance such as ammonia nitrogen, hydrogen sulphide by anaerobic fermentation time more in culturing pool, water body is worsened, causes culturing pool must regularly replace new water.But, regularly frequently change water in a large number, not only can waste valuable freshwater resources, also can aggravate the Eutrophic Extent in the waters such as surrounding lakes, river.Then in order to prevent aquatic products morbidity in high-density aquiculture, need a large amount of chemotherapeutic agent be added in feed or directly splash in pond, in this chemotherapeutic agent, unemployed residue can be retained in water, and aquatic products to be ingested after this chemotherapeutic agent left over and can be brought impact by food chain to health.From the above, the ubiquitous problem of aquaculture pond has now: maintenance cost is high, and water resource waste is serious, and bait is remaining and the accumulation of aquatic products excreta is serious, causes cultivation water environment to worsen, aquatic products outburst disease; Meanwhile, cultivation types of medicines too much causes the enrichment of aquatic products kind vivotoxin serious with excessive, and aquatic products are polluted; Separately, breeding wastewater is to the pollution of surrounding enviroment and destroy serious.Therefore we should recognize clear-headedly improve aquaculture, to carry out the importance of healthy aquaculture extremely urgent.
In view of this, the applicant furthers investigate for the defect existing for existing culture fishery, is then produced by this case.
Utility model content
The purpose of this utility model is to provide a kind of ecological cultivation system, high with the maintenance cost solved in prior art existing for traditional aquaculture model, and water resource waste is serious, and cultivation water environment worsens, and aquatic products and the problem such as surrounding enviroment are contaminated.
To achieve these goals, the utility model adopts following technical scheme:
A kind of ecological cultivation system, comprises culturing pool, pretreatment system, ecological maintenance system and water system;
Being provided with for the water in culturing pool in above-mentioned culturing pool is that a directional ring streams dynamic, and make the circulation oxygen system in extraneous oxygen injection culturing pool, recessed under the chamber of above-mentioned culturing pool have the spoil disposal chamber communicated with the hollow chamber of culturing pool, and at the bottom of the chamber of above-mentioned culturing pool on there is the guide frame flowed into for the sediment guiding in culturing pool in spoil disposal chamber, above-mentioned culturing pool is provided with its first end to communicate with spoil disposal chamber, the second end is in the drainpipe outside culturing pool;
Above-mentioned pretreatment system is a hollow pond body, there is in the body of above-mentioned pond the first obstructed mutually chamber and the second chamber, second end end of above-mentioned drainpipe communicates with above-mentioned first chamber and coordinates, the chamber wall of above-mentioned first chamber is provided with the port communicated with the second chamber, this port is provided with grid web plate, the bottom of the second chamber has sewage draining exit, and the top of the second chamber offers discharge outlet;
Above-mentioned ecological maintenance system comprises ecological pool and chinampa, above-mentioned ecological pool offers water inlet and delivery port, above-mentioned discharge outlet is connected with above-mentioned water inlet, above-mentioned chinampa is installed in above-mentioned ecological pool, inertia microbe stuffing is filled with in above-mentioned ecological pool, above-mentioned inertia microbe stuffing is in below above-mentioned chinampa, and the upper surface fixed race on above-mentioned chinampa is implanted with its part or all of root and stretches into water plants in inertia microbe stuffing;
Above-mentioned water system comprises collecting basin, and delivery port and the above-mentioned collecting basin of above-mentioned ecological pool are connected, and is extracted out by the water of collecting basin and stretch to the communicating pipe in above-mentioned culturing pool in above-mentioned collecting basin.
Above-mentioned circulation oxygen system comprises four circulation oxygen supplying tubes, above-mentioned circulation oxygen supplying tube comprises vertical tube, transverse water inlet pipe, water outlet transverse tube, oxygen infusion shower nozzle, air hose and blower fan, above-mentioned vertical tube, transverse water inlet pipe and water outlet transverse tube one-body molded, transverse water inlet pipe is connected with the first end of vertical tube and arranges with vertical tube is mutually vertical, above-mentioned water outlet transverse tube is connected with the second end of vertical tube and arranges with vertical tube is mutually vertical, and transverse water inlet pipe and water outlet transverse tube arranged in parallel, above-mentioned oxygen infusion shower nozzle is located in above-mentioned vertical tube, and the input of above-mentioned oxygen infusion shower nozzle first end towards vertical tube corresponding with output and the second end, above-mentioned air hose is in outside above-mentioned vertical tube, the first end end of above-mentioned air hose is stretched in vertical tube and is connected with the input of above-mentioned oxygen infusion shower nozzle, above-mentioned assembling is outside culturing pool, the output of above-mentioned blower fan is connected with the second end of above-mentioned air hose, four above-mentioned circulation oxygen supplying tube one_to_one corresponding are in the corner of above-mentioned culturing pool, and the axial direction of the vertical tube of four above-mentioned circulation oxygen supplying tubes is identical with the short transverse of culturing pool, four circulation oxygen supplying tubes are divided into the first circulation oxygen supplying tube successively along the circumferential direction of culturing pool, second circulation oxygen supplying tube, 3rd circulation oxygen supplying tube and the 4th circulation oxygen supplying tube, and the transverse water inlet pipe of the water outlet transverse tube of the first circulation oxygen supplying tube and the second circulation oxygen supplying tube is oppositely arranged and is on the same water surface, the water outlet transverse tube of the second circulation oxygen supplying tube and the transverse water inlet pipe of the 3rd circulation oxygen supplying tube are oppositely arranged and are on the same water surface, the water outlet transverse tube of the 3rd circulation oxygen supplying tube and the transverse water inlet pipe of the 4th circulation oxygen supplying tube are oppositely arranged and are on the same water surface, the water outlet transverse tube of the 4th circulation oxygen supplying tube and the transverse water inlet pipe of the first circulation oxygen supplying tube are oppositely arranged and are on the same water surface, above-mentioned drainpipe is circulation oxygen supplying tube.
The middle and upper part place of above-mentioned culturing pool is installed with Inner eycle oxygen system, above-mentioned Inner eycle oxygen system comprises four Inner eycle oxygen supplying tubes, above-mentioned Inner eycle oxygen supplying tube comprises lower water inlet pipe, middle vertical tube, upper water-out pipe, interior oxygen infusion shower nozzle, interior air hose and inner blower, above-mentioned interior oxygen infusion shower nozzle is installed in middle vertical tube, and the input of interior oxygen infusion shower nozzle is arranged down, above-mentioned interior air hose is in outside above-mentioned middle vertical tube, the first end end tight fit of above-mentioned interior air hose stretches in above-mentioned middle vertical tube and is connected with the input of above-mentioned interior oxygen infusion shower nozzle, the output of above-mentioned inner blower is connected with the second end end of above-mentioned interior air hose, above-mentioned inner blower is arranged on outside culturing pool, the middle vertical tube of four Inner eycle oxygen supplying tubes is put along the circumferential direction spacer ring winding of culturing pool, the water inlet direction of the lower water inlet pipe of four Inner eycle oxygen supplying tubes all flows in ecto-entad, the water outlet direction of the upper water inlet pipe of four Inner eycle oxygen supplying tubes is all in flowing out from inside to outside.
Above-mentioned spoil disposal chamber is in middle part, the bottom place of above-mentioned culturing pool, and the bottom surface, chamber of above-mentioned culturing pool is the inclined plane from top to bottom tilted to spoil disposal chamber direction, and above-mentioned inclined plane is above-mentioned guide frame.
Above-mentioned first chamber is in the top place of above-mentioned second chamber, and the bottom of above-mentioned second chamber is the horn-like structure of from top to bottom convergent, and the smallest end place of above-mentioned second chamber lower portion offers above-mentioned sewage draining exit.
Above-mentioned ecological pool is strip structure, be provided with two pieces in above-mentioned ecological pool and the chamber of ecological pool is separated into the first not connected ecological chamber, the dividing plate of the second ecological chamber and the 3rd ecological chamber, the length direction of two aforementioned barriers all along ecological pool is extended, each dividing plate is all provided with the some above-mentioned circulation oxygen supplying tubes be intervally arranged along the length direction of dividing plate, above-mentioned first ecological chamber offers above-mentioned water inlet, above-mentioned second ecological chamber is between the first ecological chamber and the 3rd ecological chamber, above-mentioned 3rd ecological chamber offers above-mentioned delivery port, above-mentioned water inlet and above-mentioned delivery port are in the two ends of above-mentioned ecological pool length direction respectively, dividing plate between above-mentioned first ecological chamber and the second ecological chamber offers the first breach, above-mentioned first breach and above-mentioned water inlet are in the two ends of ecological pool length direction, dividing plate between above-mentioned second ecological chamber and the 3rd ecological chamber offers the second breach, above-mentioned second breach and above-mentioned water outlet are in the two ends of ecological pool length direction, above-mentioned first ecological chamber, above-mentioned chinampa is provided with in second ecological chamber and the 3rd ecological chamber, above-mentioned chinampa is in the list structure extended along ecological pool length direction, above-mentioned first ecological chamber, above-mentioned inertia microbe stuffing is all filled with in second ecological chamber and the 3rd ecological chamber.
Above-mentioned culturing pool is provided with several, each culturing pool is arranged side by side, above-mentioned pretreatment system and above-mentioned ecological maintenance system are in wherein between two culturing pools of each culturing pool, the orientation of each culturing pool is arranged with the length direction of ecological pool is mutually vertical, the drainpipe being in each culturing pool of ecological maintenance system side is concentrated in above-mentioned first chamber of inflow through a collector pipe, the drainpipe being in each culturing pool of ecological maintenance system opposite side flows in above-mentioned first chamber in another collector pipe respective episode, above-mentioned collecting basin is in outside each culturing pool, and it is extended along the orientation of each culturing pool, above-mentioned water system also includes open channel, the first end of above-mentioned open channel is connected with above-mentioned collecting basin, second end of above-mentioned open channel communicates with the delivery port of above-mentioned ecological pool, above-mentioned collecting basin corresponds to each culturing pool place one_to_one corresponding and is provided with above-mentioned communicating pipe.
Above-mentioned communicating pipe is circulation oxygen supplying tube, the water inlet of above-mentioned communicating pipe stretches in the bottom of above-mentioned collecting basin, the water side of above-mentioned communicating pipe is stretched in the top of above-mentioned culturing pool, the water side of above-mentioned communicating pipe carries water pipe to be connected by a three-way connection and two, two above-mentioned conveying water pipe accumbency are arranged, and above-mentioned conveying water pipe is sunken in the water body of culturing pool, and to flush with the liquid level of culturing pool or the partial portion of above-mentioned conveying water pipe is sunken in the water body of culturing pool, above-mentioned conveying water pipe and the disconnected end, one end of three-way connection are communicated with the vertical tube that the short transverse along culturing pool extends, the upper end port of above-mentioned vertical tube is in the top of the connecting portion that above-mentioned conveying water pipe is connected with vertical tube, the lower end port of above-mentioned vertical tube extends to the bottom of above-mentioned culturing pool, and the lower end surface of above-mentioned vertical tube is for cutting inclined-plane.
A kind of ecological cultivation system of the present utility model, first the water in the external world is injected in culturing pool before cultivation, and then add aquatic products and cultivate, the oxygen system that circulates in breeding process can make the water in culturing pool be a direction circulation, the oxygen that the oxygen system that circulates in cyclic process flows in culturing pool can dissolve in rapidly in breeding wastewater, the water in culturing pool is allowed to obtain abundant reoxygenation, in case the water generation anaerobic reaction in culturing pool, cultivate the residual bait of generation simultaneously, dirt can fall in spoil disposal chamber through guide frame, flow in the first chamber through drainpipe again, be filtered in the second chamber by the grid web plate of the first chamber and carry out precipitation process, large granular impurity is made to rest in the first chamber, water after precipitation process goes out in ecological pool through draining, and inertia microbe stuffing in ecological pool and water plants can form one " biomass generator ", namely the biomembrane of apposition growth is formed in ecological pool, what utilize this biomembrane can remove in sewage is organic, ecology and inorganic pollution, the water then flow in ecological pool can be purified, water after purification can flow to collecting basin, collecting basin uses by delivering to culturing pool Inner eycle communicating pipe again.Compared with prior art, ecological cultivation system of the present utility model, adopt the aquaculture model of " inlet channel+culturing pool+regeneration ", instead of the aquaculture model of traditional " inlet channel+cultivating pool+drainage ditch ", water circulation is refluxed use, without the need to often changing water, can be greatly cost-saving, reduce the waste of water resource, and decrease breeding wastewater to aquatic products, the pollution of water body and surrounding enviroment, realize cultivation " no pollution " target, the ecology of cultivation water environment simultaneously, effectively reduce the outburst of aquatic products disease, reduce the input of disinfection medicine, improve the survival rate of aquatic products, efficient, energy-conservation, the Eco-breeding pattern of environmental protection.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is another structural representation of the present utility model;
Fig. 3 is the structural representation of culturing pool in the utility model;
Fig. 4 is the structural representation of oxygen system of circulating in the utility model;
Fig. 5 is the structural representation of oxygen supplying tube of circulating in the utility model;
Fig. 6 is the structural representation of Inner eycle oxygen system in the utility model;
Fig. 7 is pretreatment system in the utility model, ecological maintenance system is bowed to figure with the combination of local water system;
Fig. 8 is the combination schematic diagram of pretreatment system in the utility model, ecological maintenance system and local water system;
Fig. 9 is the side schematic view of ecological maintenance system in the utility model;
Figure 10 be in the utility model ecological pool and circulation oxygen supplying tube coordinate schematic diagram;
Figure 11 be in the utility model water system and culturing pool coordinate schematic diagram;
Figure 12 is the combination schematic diagram carrying water pipe and vertical tube in the utility model.
Embodiment
A kind of ecological cultivation system of the present utility model, as shown in figs. 1-12, comprises culturing pool 1, pretreatment system 2, ecological maintenance system 3 and water system 4; Wherein:
Culturing pool 1 adopts Reinforced Concrete Structure, it is a ducted body, being provided with for the water in culturing pool 1 in this culturing pool 1 is that a directional ring streams dynamic, and make the circulation oxygen system in extraneous oxygen injection culturing pool 1, preferably: this circulation oxygen system comprises four circulation oxygen supplying tubes, what this circulation oxygen supplying tube adopted is a kind of efficient circulation apparatus of oxygen supply (patent No. 2011202014975) of the applicant on 06 15th, 2011 to State Intellectual Property Office's application, concrete structure is: circulation oxygen supplying tube 5 comprises vertical tube 51, transverse water inlet pipe 52, water outlet transverse tube 53, oxygen infusion shower nozzle, air hose 54 and blower fan 55, vertical tube 51, transverse water inlet pipe 52 is one-body molded with water outlet transverse tube 53, and transverse water inlet pipe 52 is connected with the first end of vertical tube 51 and arranges with vertical tube 51 is mutually vertical, water outlet transverse tube 53 is connected with the second end of vertical tube 51 and arranges with vertical tube 51 is mutually vertical, transverse water inlet pipe 51 is arranged in parallel with water outlet transverse tube 53, oxygen infusion shower nozzle (not shown) is fixedly installed in vertical tube 51, this oxygen infusion shower nozzle is spiral jet shower nozzle, the input first end towards vertical tube 51 corresponding with output of oxygen infusion shower nozzle and the second end, air hose 54 is in outside vertical tube 51, the first end end of air hose 54 is stretched in vertical tube 51, and be connected with the input of oxygen infusion shower nozzle, blower fan 55 is arranged on outside culturing pool 1, the output of blower fan 55 is connected with air hose 54 second end end, during work, the oxygen in the external world can be blown in oxygen infusion shower nozzle by blower fan 55, oxygen infusion shower nozzle can spray oxygen with pressure, the water body in the external world can suck in transverse water inlet pipe 52 by this oxygen with pressure on the one hand, and and oxygen mix, mixing is flowed out from water outlet transverse tube 53 again, then this circulation oxygen supplying tube 5 one aspect can drive water flow, also can provide oxygen on the other hand, therefore circulation oxygen supplying tube is a known technology, at this applicant just no longer enumeration, the technology point of circulation oxygen system of the present utility model is how to apply known circulation oxygen supplying tube, as shown in Figure 4, particularly: four circulation oxygen supplying tube one_to_one corresponding are in the corner of culturing pool 1, and the axial direction of the vertical tube 51 of four circulation oxygen supplying tubes is identical with the short transverse of culturing pool 1, namely circulation oxygen supplying tube is erect and is arranged, four circulation oxygen supplying tubes 5 are divided into the first circulation oxygen supplying tube 5a successively along the circumferential direction of culturing pool 1, second circulation oxygen supplying tube 5b, 3rd circulation oxygen supplying tube 5c and the 4th circulation oxygen supplying tube 5d, and the transverse water inlet pipe of the water outlet transverse tube of the first circulation oxygen supplying tube 5a and the second circulation oxygen supplying tube 5b is oppositely arranged and is on the same water surface, namely the water inlet of the water side of the water outlet transverse tube of the first circulation oxygen supplying tube 5a and the transverse water inlet pipe of the second circulation oxygen supplying tube 5b is oppositely arranged and is in the top of culturing pool 1, both height are identical, the water outlet transverse tube of the second circulation oxygen supplying tube 5b and the transverse water inlet pipe of the 3rd circulation oxygen supplying tube 5c are oppositely arranged and are on the same water surface, namely the water inlet of the water side of the water outlet transverse tube of the second circulation oxygen supplying tube 5b and the transverse water inlet pipe of the 3rd circulation oxygen supplying tube 5c is oppositely arranged and is in the bottom of culturing pool 1, the water outlet transverse tube of the 3rd circulation oxygen supplying tube 5c and the transverse water inlet pipe of the 4th circulation oxygen supplying tube 5d are oppositely arranged and are on the same water surface, namely the water inlet of the water side of the water outlet transverse tube of the 3rd circulation oxygen supplying tube 5c and the transverse water inlet pipe of the 4th circulation oxygen supplying tube 5d is oppositely arranged and is in the top of culturing pool 1, the water outlet transverse tube of the 4th circulation oxygen supplying tube 5c and the transverse water inlet pipe of the first circulation oxygen supplying tube 5a are oppositely arranged and are on the same water surface, namely the water inlet of the water side of the water outlet transverse tube of the 4th circulation oxygen supplying tube 5c and the transverse water inlet pipe of the first circulation oxygen supplying tube 5a is oppositely arranged and is in the bottom of culturing pool 1, this the first circulation oxygen supplying tube 5a, second circulation oxygen supplying tube 5b, the restriction of the position relationship of the 3rd circulation oxygen supplying tube 5c and the 4th circulation oxygen supplying tube 5d, make water in culturing pool 1 can circulation in a direction, and can the oxygen in the external world be injected in water body, with water mixing, water body is allowed fully to obtain oxygen, water outlet transverse tube and the setting up and down of transverse water inlet pipe make water in culturing pool 1 all be flowed simultaneously, avoid local flow and cause the water in culturing pool 1 to cause hierarchy, and part water in stagnant water, anaerobism phenomenon can occur.In actual use, four circulation oxygen supplying tubes share a blower fan, and this blower fan is connected by collecting pipe and each air hose.
As shown in Figure 3, be positioned at the bottom of the chamber of this culturing pool 1 that middle part place is recessed the spoil disposal chamber 11 communicated with the hollow chamber of culturing pool 1, the accent of spoil disposal chamber 11 has screen pack, and at the bottom of the chamber of culturing pool 1 on there is the guide frame flowed into for the sediment guiding in culturing pool 1 in spoil disposal chamber 11, namely the bottom surface, chamber of culturing pool 1 is the inclined plane from top to bottom tilted to spoil disposal chamber direction, this inclined plane is described guide frame, utilize the aquatic products excreta that this inclined plane causes to fall and break at the bottom of culturing pool 1 chamber, the sediments such as residual bait can lead and fall in spoil disposal chamber 11, and this culturing pool 1 is provided with its first end communicates with spoil disposal chamber 11, second end is in the drainpipe 6 outside culturing pool 1, this drainpipe 6 is circulation oxygen supplying tube, its structure is identical with operation principle with the structure of circulation oxygen supplying tube 5 with operation principle, namely drainpipe 6 is corresponding has vertical tube, transverse water inlet pipe, water outlet transverse tube, oxygen infusion shower nozzle, the structure such as air hose and blower fan, the transverse water inlet pipe of this drainpipe 6 stretches to the bottom place of spoil disposal chamber 11, the water outlet transverse tube of drainpipe 6 is in outside the top of culturing pool 1, this drainpipe 6 utilizes the high pressure oxygen sucked can by outside the slurry in spoil disposal chamber 11 and water body together sucking-off spoil disposal chamber 11.
As Fig. 7, shown in 8, described pretreatment system 2 is a hollow pond body, also Reinforced Concrete Structure is adopted, there is in the body of pond the first obstructed mutually treatment chamber 21 and the second treatment chamber 22, this first treatment chamber 21 and the second treatment chamber 22 can adopt dividing plate to carry out isolation and be formed, (namely the water side of the water outlet transverse tube of drainpipe 12 communicates with the first treatment chamber 21 and coordinates in second end end of drainpipe 12, the chamber wall of the first treatment chamber 21 is provided with the port communicated with the second treatment chamber 22, this port is provided with grid web plate 23, utilize this grid web plate 23 can by oarse-grained pollutant, and the bottom of this first treatment chamber 21 offers the outlet of discharging for bulky grain pollutant, this outlet has can opening encapsulation lid, the bottom of this second treatment chamber 22 has sewage draining exit, top offers discharge outlet, preferably: the first treatment chamber 21 is in the top place of the second treatment chamber 22, the bottom of the second treatment chamber 22 is the horn-like structure of from top to bottom convergent, the smallest end place of the second treatment chamber 22 bottom offers and passes to extraneous port, this port is sewage draining exit, utilize the horn-like structure of the second treatment chamber 22 bottom can play guide effect to sediment, concentrate the lowest calibre place, bottom flowing to the second treatment chamber 22, make the water surface of water after the precipitation in the second treatment chamber 22 and sediment spacing larger, thus precipitation after water flow out time the sediment in the second treatment chamber 22 can not be caused to have caused turbulent fluctuation.
Described ecological maintenance system comprises ecological pool 31 and chinampa 32, ecological pool 31 offers water inlet 311 and delivery port 312, the discharge outlet of this second treatment chamber 22 through body therewith water inlet be connected, chinampa 32 is fixedly installed in ecological pool 31, inertia microbe stuffing 33 is filled with in ecological pool 31, this inertia microbe stuffing 33 is in the below on chinampa 32, the upper surface fixed race on chinampa 32 is implanted with its part or all of root and stretches into water plants 34 in inertia microbe stuffing 33, the aquatic ecological microenvironment of diversification and powerful Food chain can be built by inertia microbe stuffing 33 and water plants 34.
Preferably: this ecological pool 31 is in strip structure, also Reinforced Concrete Structure is adopted, be provided with two pieces in ecological pool 31 and the chamber of ecological pool 31 is separated into the first not connected ecological chamber 100, the dividing plate 35 of the second ecological chamber 200 and the 3rd ecological chamber 300, i.e. the first ecological chamber 100, second ecological chamber 200 and the 3rd ecological chamber 300 are the strip chamber that the length direction along ecological pool 31 extends, the length direction of two dividing plates 35 all along ecological pool is extended, one end of first ecological chamber 100 length direction offers water inlet 311, second ecological chamber 200 is between the first ecological chamber 100 and the 3rd ecological chamber 300, one end of 3rd ecological chamber 300 length direction offers delivery port 312, this water inlet 311 and delivery port 312 are in the two ends of ecological pool 1 length direction respectively, namely the same side is not in, be in opposite side, dividing plate 35 between first ecological chamber 100 and the second ecological chamber 200 offers the first breach 351, this first breach 351 and water inlet 311 be the corresponding two ends being in ecological pool 31 length direction respectively, dividing plate 35 between second ecological chamber 200 and the 3rd ecological chamber 300 offers the second breach 352, this second breach 352 and delivery port 312 are in the two ends of ecological pool 31 length direction, i.e. the second breach 451 and the second breach 352 corresponding two ends being in dividing plate 35 length direction respectively, this first ecological chamber 100, be provided with in second ecological chamber 200 and the 3rd ecological chamber 300 and be equipped with chinampa 32, chinampa 32 is in the list structure extended along ecological pool 31 length direction, first ecological chamber 100, the inertia microbe stuffing 33 be in below chinampa 32 is all filled with in second ecological chamber 200 and the 3rd ecological chamber 300, this inertia microbe stuffing 33 can suspended state, namely in each chamber, some loading pipes 33 are all set, the upper surface on each chinampa 32 is all planted and is implanted with its part or all of root and is embedded in water plants 34 in inertia microbe stuffing 33.This ecological maintenance system, two dividing plates 35 are utilized to make water flow into the conduct circuit of delivery port 312 outflow in complications from water inlet 311, extend the time of staying of water body in ecological pool 31, make the ecological treatment time of water body in ecological pool 31 longer, treatment effect is better.
As Figure 11, shown in 12, described water system 4 comprises collecting basin 41, this collecting basin 41 also adopts Reinforced Concrete Structure, delivery port 312 and the collecting basin 41 of ecological pool 31 are connected, be provided with in collecting basin 41 and the water of collecting basin 41 extracted out and stretches to the communicating pipe 7 in culturing pool 1, this communicating pipe 7 is also adopt circulation oxygen supplying tube, namely identical with the structure of the circulation oxygen supplying tube 5 of this enforcement, the transverse water inlet pipe of this communicating pipe 7 stretches in collecting basin 41, the water outlet transverse tube of communicating pipe 7 stretches in culturing pool 1, the outlet pipe of communicating pipe 7 carries water pipe 71 to be connected by a three-way connection and two, two conveying water pipe 71 accumbency are arranged, and conveying water pipe 71 is sunken in the water body of culturing pool 1, and flush with the liquid level of culturing pool 1 (in the water body that namely just submerges) or carry the partial portion of water pipe 71 to be sunken in the water body of culturing pool 1, the end, one end that conveying water pipe 71 is disconnected with three-way connection is communicated with the water distributor 72 that the short transverse along culturing pool 1 extends, the upper end port of water distributor 72 is in the top of the connecting portion that conveying water pipe 71 is connected with water distributor 72, namely water distributor 72 end, upper end and conveying water pipe 72 between tool at regular intervals, the upper end port of water distributor 72 is open state, the lower end port of water distributor 72 extends to the bottom of culturing pool 1, and the lower end surface of water distributor 72 is for cutting inclined-plane, namely the lower end port of water distributor 72 is in oval port downward-sloping from outside to inside.This water system, what utilize conveying water pipe 71 and water distributor 72 coordinates when making the water of collecting basin 41 through extracting out communicating pipe 7 and flowing to two conveying water pipes 71, water body with pressure can by step-down through two conveying water pipes 71, make current comparatively slow, alleviate water impact during culturing pool water inlet, avoid the problem that the current into water impact the sediment in culturing pool 1, and utilize the outlet of the ellipse of water distributor 72 lower end can meet hydraulic flow to the sectional area and increase is intake, again can alleviate water velocity, reduce water impact, separately, at regular intervals and upper end port that is water distributor 72 is open state with conveying water pipe 71 tool for the upper end port of water distributor 72, because of the castering action of communicating pipe 7 when then intaking, make the water in water distributor 72 a part of to whereabouts, a part flow to the end, upper end of water distributor 72, utilize the gravity of end, water distributor 72 upper end water can promote to the water fallen to whereabouts, be conducive to the load reducing gravity drainage.
A kind of ecological cultivation system of the present utility model, first the water in the external world is injected in culturing pool 1 before cultivation, and then add aquatic products and cultivate, the circulation oxygen supplying tube 5 being in culturing pool 1 four jiaos in breeding process can make the water in culturing pool 1 be that a direction circulates, circulating oxygen extraneous in process can dissolve in rapidly in breeding wastewater simultaneously, the water in culturing pool 1 is allowed to obtain abundant reoxygenation, in case the water generation anaerobic reaction in culturing pool 1, cultivate the residual bait of generation simultaneously, the inclined plane of dirt at the bottom of culturing pool 1 chamber can lead and fall in spoil disposal chamber 11, flow in the first treatment chamber 21 through drainpipe 12 again, because drainpipe 12 adopts the structure of circulation oxygen supplying tube to make the mud in drainpipe 12 also can mix with oxygen, flow to mud in the first treatment chamber 21 to be filtered in the second treatment chamber 22 through grid web plate 23 and to carry out quietly putting precipitation process, the large granular impurity filtered out is rested in the first treatment chamber 21, discharge from the first treatment chamber 21, clear water after precipitation process through discharge outlet in ecological pool 31, and inertia microbe stuffing in ecological pool 31 and water plants can form one " biomass generator ", namely the biomembrane of apposition growth is formed in ecological pool 31, by water plants and biomembrane ground resulting structure, the ecosystem of species diversity can be realized, and form efficient Co metabolism effect, that can effectively remove in sewage is organic, biology and inorganic pollution are (as nitrogen, the organic contamination factors such as phosphorus, algae, the inorganic pollution factors such as germ class biological pollution Summing Factor heavy metal), and organic sludge can reach more than 90% by degradation rate on the spot, the water then flow in ecological pool 31 can be purified, water after purification can flow to collecting basin 41, collecting basin 41 is delivered to culturing pool 1 Inner eycle by circulation oxygen supplying tube again and is used, collecting basin 41 utilizes circulation oxygen supplying tube to make water purification also can carry out primary oxygen mixing again when being fed through culturing pool 1, make the water oxygen flowing to culturing pool 1 sufficient.
Compared with prior art, ecological cultivation system of the present utility model, has following beneficial effect:
One, the aquaculture model of " inlet channel+culturing pool+regeneration " is adopted, instead of the aquaculture model of traditional " inlet channel+cultivating pool+drainage ditch ", make water body circulating reflux use always, without the need to often changing water, can be greatly cost-saving, reduce the waste of water resource, and decrease the pollution of breeding wastewater to aquatic products, water body and surrounding enviroment, realize cultivation " no pollution " target;
Two, circulation oxygen supplying tube is utilized to make the water in culturing pool 1 obtain reoxygenation, the waste water that cultivation is discharged can purify by the huge ecologic food chain simultaneously by being formed in ecological pool, whole aquaculture water is made to be ecology, effectively reduce the outburst of aquatic products disease, reduce the input of disinfection medicine, improve the survival rate of aquatic products, is Eco-breeding pattern that are efficient, energy-saving and environmental protection;
Three, the parts that a whole system is used all can Long-Time Service, can only need change by water plants, then can substantially realize non-maintaining, be that a breeding ecological is stablized, aquatic product quality is excellent, high financial profit, maintenance cost are low, management is easy, the aquatic ecological culturing treatment technology of sustainable development.
In the utility model, each dividing plate 35 is all provided with the some circulation oxygen supplying tubes 8 be intervally arranged along the length direction of dividing plate 35, the structure of this circulation oxygen supplying tube 8 is identical with the structure of the circulation oxygen supplying tube 5 of this enforcement, be not repeated at this, the water inlet of this circulation oxygen supplying tube 8 can be arranged in the bottom of one chamber, water side relative set is in the top of another adjacent chamber, or entering of circulation oxygen supplying tube 8, water side is all arranged in same chamber, and in setting up and down, thisly each circulation oxygen supplying tube 8 is utilized to make extraneous oxygen can flow in ecological pool 31, make the ecosystem reoxygenation in ecological pool 31, and the water in each chamber can be made to be recurrent state, thus the water flow in ecological pool 31 can be processed effectively, and can be different from flow according to each self-flow rate of different requirements set three chamber, realize the energy saving effect of sudden and violent gas (reoxygenation) and power-lift (backflow) integration thus, realize the multiple backflow of dissolved oxygen concentration gradient and mud.In specific implementation process, the blower fan of each circulation oxygen supplying tube 8 on two dividing plates adopts same blower fan, and namely the air hose of each circulation oxygen supplying tube 8 shares a blower fan.
In the utility model, the middle and upper part place of culturing pool 1 is installed with Inner eycle oxygen system, Inner eycle oxygen system comprises four Inner eycle oxygen supplying tubes 9, this Inner eycle oxygen supplying tube 9 comprises lower water inlet pipe 91, middle vertical tube 92, upper water-out pipe 93, interior oxygen infusion shower nozzle, interior air hose and inner blower, interior oxygen infusion shower nozzle is fixedly installed in middle vertical tube 92, the input of interior oxygen infusion shower nozzle is arranged down, interior air hose mediates outside vertical tube 92, one end of interior air hose is stretched in middle vertical tube 92 and is connected with the input of interior oxygen infusion shower nozzle, inner blower is arranged on outside culturing pool 1, the output of inner blower is connected with the other end of interior air hose, the operation principle of this Inner eycle oxygen supplying tube 9 is identical with the operation principle of existing circulation oxygen supplying tube 5, difference be only upper water-out pipe 93 without the need to the perpendicular setting of middle vertical tube 92, the middle vertical tube 92 of four Inner eycle oxygen supplying tubes 9 is put along the circumferential direction spacer ring winding of culturing pool 1, the water inlet direction of the lower water inlet pipe 91 of four Inner eycle oxygen supplying tubes 9 all flows in ecto-entad, namely the water inlet of water inlet pipe 91 is descended to arrange outwardly, the water outlet direction of the upper water inlet pipe 93 of four Inner eycle oxygen supplying tubes 9 is all in flowing out from inside to outside, the water side of namely going up water inlet pipe 93 is also arranged outwardly, this Inner eycle oxygen system is utilized to make the water at culturing pool 1 middle part place in circulating up and down, the partial circulating air-flow that this circulates up and down and the systemic circulation air-flow that the circumferential direction of circulation oxygen system circulates enable the water in culturing pool 1 obtain abundant reoxygenation.In concrete use procedure, four Inner eycle oxygen supplying tubes 9 can share an inner blower, or four circulation oxygen supplying tubes 5 and four Inner eycle oxygen supplying tubes also can share a blower fan.
Ecological cultivation system of the present utility model, culturing pool 1 can be provided with several, the present embodiment is for four, four culturing pools 1 are arranged side by side, pretreatment system 2 and ecological maintenance system 3 are between second culturing pool and the 3rd culturing pool, the orientation of each culturing pool is arranged with the length direction of ecological pool 31 is mutually vertical, be in the drainpipe of each culturing pool of ecological maintenance system 3 side in the first chamber that a collector pipe concentrates inflow pretreatment system 2, the drainpipe being in each culturing pool of ecological maintenance system opposite side flows in pretreatment system 2 first chamber in another collector pipe respective episode, collecting basin 41 is in outside each culturing pool 1, and it is extended along the orientation of each culturing pool 1, namely collecting basin 41 is in strip, this water system also includes open channel 42, open channel 42 is extended along the length direction of ecological pool 31, the first end of open channel 42 is connected with collecting basin 41, second end of open channel 42 stretches to ecological pool 31 and is connected with the delivery port 312 of ecological pool 31, utilize this open channel 42 and collector pipe can realize each culturing pool 1 and can share a pretreatment system 2, ecological maintenance system 3 and water system 4, and collecting basin 41 corresponds to each culturing pool 1 place is provided with communicating pipe 7 and the conveying water pipe that matches with communicating pipe 7 and water distributor.
In the utility model, the blower fan of whole circulation oxygen supplying tube can adopt intelligent electric-controlled mode to carry out systematization control, and this kind of systematization controls to adopt known Intelligent electronic control system, is not repeated at this.
Above-described embodiment non-limiting method of the present utility model, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present utility model.
Claims (8)
1. an ecological cultivation system, is characterized in that: comprise culturing pool, pretreatment system, ecological maintenance system and water system;
Being provided with for the water in culturing pool in above-mentioned culturing pool is that a directional ring streams dynamic, and make the circulation oxygen system in extraneous oxygen injection culturing pool, recessed under the chamber of above-mentioned culturing pool have the spoil disposal chamber communicated with the hollow chamber of culturing pool, and at the bottom of the chamber of above-mentioned culturing pool on there is the guide frame flowed into for the sediment guiding in culturing pool in spoil disposal chamber, above-mentioned culturing pool is provided with its first end to communicate with spoil disposal chamber, the second end is in the drainpipe outside culturing pool;
Above-mentioned pretreatment system is a hollow pond body, there is in the body of above-mentioned pond the first obstructed mutually treatment chamber and the second treatment chamber, second end end of above-mentioned drainpipe communicates with above-mentioned first treatment chamber and coordinates, the chamber wall of above-mentioned first treatment chamber is provided with the port communicated with the second treatment chamber, this port is provided with grid web plate, the bottom of the second treatment chamber has sewage draining exit, and the top of the second treatment chamber offers discharge outlet;
Above-mentioned ecological maintenance system comprises ecological pool and chinampa, above-mentioned ecological pool offers water inlet and delivery port, above-mentioned discharge outlet is connected with above-mentioned water inlet, above-mentioned chinampa is installed in above-mentioned ecological pool, inertia microbe stuffing is filled with in above-mentioned ecological pool, above-mentioned inertia microbe stuffing is in below above-mentioned chinampa, and the upper surface fixed race on above-mentioned chinampa is implanted with its part or all of root and stretches into water plants in inertia microbe stuffing;
Above-mentioned water system comprises collecting basin, and delivery port and the above-mentioned collecting basin of above-mentioned ecological pool are connected, and is extracted out by the water of collecting basin and stretch to the communicating pipe in above-mentioned culturing pool in above-mentioned collecting basin.
2. a kind of ecological cultivation system according to claim 1, it is characterized in that: above-mentioned circulation oxygen system comprises four circulation oxygen supplying tubes, above-mentioned circulation oxygen supplying tube comprises vertical tube, transverse water inlet pipe, water outlet transverse tube, oxygen infusion shower nozzle, air hose and blower fan, above-mentioned vertical tube, transverse water inlet pipe and water outlet transverse tube one-body molded, transverse water inlet pipe is connected with the first end of vertical tube and arranges with vertical tube is mutually vertical, above-mentioned water outlet transverse tube is connected with the second end of vertical tube and arranges with vertical tube is mutually vertical, and transverse water inlet pipe and water outlet transverse tube arranged in parallel, above-mentioned oxygen infusion shower nozzle is located in above-mentioned vertical tube, and the input of above-mentioned oxygen infusion shower nozzle first end towards vertical tube corresponding with output and the second end, above-mentioned air hose is in outside above-mentioned vertical tube, the first end end of above-mentioned air hose is stretched in vertical tube and is connected with the input of above-mentioned oxygen infusion shower nozzle, above-mentioned assembling is outside culturing pool, the output of above-mentioned blower fan is connected with the second end of above-mentioned air hose, four above-mentioned circulation oxygen supplying tube one_to_one corresponding are in the corner of above-mentioned culturing pool, and the axial direction of the vertical tube of four above-mentioned circulation oxygen supplying tubes is identical with the short transverse of culturing pool, four circulation oxygen supplying tubes are divided into the first circulation oxygen supplying tube successively along the circumferential direction of culturing pool, second circulation oxygen supplying tube, 3rd circulation oxygen supplying tube and the 4th circulation oxygen supplying tube, and the transverse water inlet pipe of the water outlet transverse tube of the first circulation oxygen supplying tube and the second circulation oxygen supplying tube is oppositely arranged and is on the same water surface, the water outlet transverse tube of the second circulation oxygen supplying tube and the transverse water inlet pipe of the 3rd circulation oxygen supplying tube are oppositely arranged and are on the same water surface, the water outlet transverse tube of the 3rd circulation oxygen supplying tube and the transverse water inlet pipe of the 4th circulation oxygen supplying tube are oppositely arranged and are on the same water surface, the water outlet transverse tube of the 4th circulation oxygen supplying tube and the transverse water inlet pipe of the first circulation oxygen supplying tube are oppositely arranged and are on the same water surface, above-mentioned drainpipe is circulation oxygen supplying tube.
3. a kind of ecological cultivation system according to claim 2, it is characterized in that: the middle and upper part place of above-mentioned culturing pool is installed with Inner eycle oxygen system, above-mentioned Inner eycle oxygen system comprises four Inner eycle oxygen supplying tubes, above-mentioned Inner eycle oxygen supplying tube comprises lower water inlet pipe, middle vertical tube, upper water-out pipe, interior oxygen infusion shower nozzle, interior air hose and inner blower, above-mentioned interior oxygen infusion shower nozzle is installed in middle vertical tube, and the input of interior oxygen infusion shower nozzle is arranged down, above-mentioned interior air hose is in outside above-mentioned middle vertical tube, the first end end tight fit of above-mentioned interior air hose stretches in above-mentioned middle vertical tube and is connected with the input of above-mentioned interior oxygen infusion shower nozzle, the output of above-mentioned inner blower is connected with the second end end of above-mentioned interior air hose, above-mentioned inner blower is arranged on outside culturing pool, the middle vertical tube of four Inner eycle oxygen supplying tubes is put along the circumferential direction spacer ring winding of culturing pool, the water inlet direction of the lower water inlet pipe of four Inner eycle oxygen supplying tubes all flows in ecto-entad, the water outlet direction of the upper water inlet pipe of four Inner eycle oxygen supplying tubes is all in flowing out from inside to outside.
4. a kind of ecological cultivation system according to claim 2, it is characterized in that: above-mentioned spoil disposal chamber is in middle part, the bottom place of above-mentioned culturing pool, the bottom surface, chamber of above-mentioned culturing pool is the inclined plane from top to bottom tilted to spoil disposal chamber direction, and above-mentioned inclined plane is above-mentioned guide frame.
5. a kind of ecological cultivation system according to claim 2, it is characterized in that: above-mentioned first treatment chamber is in the top place of above-mentioned second treatment chamber, the bottom of above-mentioned second treatment chamber is the horn-like structure of from top to bottom convergent, and the smallest end place of above-mentioned second treatment chamber bottom offers above-mentioned sewage draining exit.
6. a kind of ecological cultivation system according to claim 2, it is characterized in that: above-mentioned ecological pool is strip structure, be provided with two pieces in above-mentioned ecological pool and the chamber of ecological pool is separated into the first not connected ecological chamber, the dividing plate of the second ecological chamber and the 3rd ecological chamber, the length direction of two aforementioned barriers all along ecological pool is extended, each dividing plate is all provided with the some above-mentioned circulation oxygen supplying tubes be intervally arranged along the length direction of dividing plate, above-mentioned first ecological chamber offers above-mentioned water inlet, above-mentioned second ecological chamber is between the first ecological chamber and the 3rd ecological chamber, above-mentioned 3rd ecological chamber offers above-mentioned delivery port, above-mentioned water inlet and above-mentioned delivery port are in the two ends of above-mentioned ecological pool length direction respectively, dividing plate between above-mentioned first ecological chamber and the second ecological chamber offers the first breach, above-mentioned first breach and above-mentioned water inlet are in the two ends of ecological pool length direction, dividing plate between above-mentioned second ecological chamber and the 3rd ecological chamber offers the second breach, above-mentioned second breach and above-mentioned water outlet are in the two ends of ecological pool length direction, above-mentioned first ecological chamber, above-mentioned chinampa is provided with in second ecological chamber and the 3rd ecological chamber, above-mentioned chinampa is in the list structure extended along ecological pool length direction, above-mentioned first ecological chamber, above-mentioned inertia microbe stuffing is all filled with in second ecological chamber and the 3rd ecological chamber.
7. a kind of ecological cultivation system according to claim 6, it is characterized in that: above-mentioned culturing pool is provided with several, each culturing pool is arranged side by side, above-mentioned pretreatment system and above-mentioned ecological maintenance system are in wherein between two culturing pools of each culturing pool, the orientation of each culturing pool is arranged with the length direction of ecological pool is mutually vertical, the drainpipe being in each culturing pool of ecological maintenance system side is concentrated in above-mentioned first chamber of inflow through a collector pipe, the drainpipe being in each culturing pool of ecological maintenance system opposite side flows in above-mentioned first chamber in another collector pipe respective episode, above-mentioned collecting basin is in outside each culturing pool, and it is extended along the orientation of each culturing pool, above-mentioned water system also includes open channel, the first end of above-mentioned open channel is connected with above-mentioned collecting basin, second end of above-mentioned open channel communicates with the delivery port of above-mentioned ecological pool, above-mentioned collecting basin corresponds to each culturing pool place one_to_one corresponding and is provided with above-mentioned communicating pipe.
8. a kind of ecological cultivation system according to claim 7, it is characterized in that: above-mentioned communicating pipe is circulation oxygen supplying tube, the water inlet of above-mentioned communicating pipe stretches in the bottom of above-mentioned collecting basin, the water side of above-mentioned communicating pipe is stretched in the top of above-mentioned culturing pool, the water side of above-mentioned communicating pipe carries water pipe to be connected by a three-way connection and two, two above-mentioned conveying water pipe accumbency are arranged, and above-mentioned conveying water pipe is sunken in the water body of culturing pool, and to flush with the liquid level of culturing pool or the partial portion of above-mentioned conveying water pipe is sunken in the water body of culturing pool, above-mentioned conveying water pipe and the disconnected end, one end of three-way connection are communicated with the vertical tube that the short transverse along culturing pool extends, the upper end port of above-mentioned vertical tube is in the top of the connecting portion that above-mentioned conveying water pipe is connected with vertical tube, the lower end port of above-mentioned vertical tube extends to the bottom of above-mentioned culturing pool, and the lower end surface of above-mentioned vertical tube is for cutting inclined-plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520449007.1U CN204742224U (en) | 2015-06-28 | 2015-06-28 | Ecological farming systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520449007.1U CN204742224U (en) | 2015-06-28 | 2015-06-28 | Ecological farming systems |
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| CN204742224U true CN204742224U (en) | 2015-11-11 |
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| CN201520449007.1U Withdrawn - After Issue CN204742224U (en) | 2015-06-28 | 2015-06-28 | Ecological farming systems |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105010213A (en) * | 2015-06-28 | 2015-11-04 | 福建环卫士环保研究院有限公司 | Ecological culture system |
| CN105850838A (en) * | 2016-03-30 | 2016-08-17 | 苏州市相城区阳澄湖镇益丰生态养殖专业合作社 | Highly-efficient circulating water environment-friendly culture system |
| CN105994068A (en) * | 2016-06-06 | 2016-10-12 | 佛山市三水大塘兆利丰庄园农副产品有限公司 | Multi-element ecological breeding method and system |
-
2015
- 2015-06-28 CN CN201520449007.1U patent/CN204742224U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105010213A (en) * | 2015-06-28 | 2015-11-04 | 福建环卫士环保研究院有限公司 | Ecological culture system |
| CN105010213B (en) * | 2015-06-28 | 2017-08-25 | 福建环卫士环保研究院有限公司 | A kind of ecological cultivation system |
| CN105850838A (en) * | 2016-03-30 | 2016-08-17 | 苏州市相城区阳澄湖镇益丰生态养殖专业合作社 | Highly-efficient circulating water environment-friendly culture system |
| CN105994068A (en) * | 2016-06-06 | 2016-10-12 | 佛山市三水大塘兆利丰庄园农副产品有限公司 | Multi-element ecological breeding method and system |
| CN105994068B (en) * | 2016-06-06 | 2019-04-26 | 佛山市三水大塘兆利丰庄园农副产品有限公司 | Multi-element ecology rearing method and system |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151111 Effective date of abandoning: 20170825 |