CN201334475Y - Device of engineering is bred on surface of water - Google Patents
Device of engineering is bred on surface of water Download PDFInfo
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- CN201334475Y CN201334475Y CNU2008201807785U CN200820180778U CN201334475Y CN 201334475 Y CN201334475 Y CN 201334475Y CN U2008201807785 U CNU2008201807785 U CN U2008201807785U CN 200820180778 U CN200820180778 U CN 200820180778U CN 201334475 Y CN201334475 Y CN 201334475Y
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- water surface
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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
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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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- Farming Of Fish And Shellfish (AREA)
Abstract
The utility model relates to a water surface aquaculture engineering facility device, which is suitable for an aquaculture device for culturing algae, shellfish, abalone, sea cucumber, sea urchin, crab, fish and shrimp on open water surface such as sea surface on a large scale. The device comprises a support structure formed by pipelines, a culture container, a bottom of the support structure mainly taking a rope as a main part and a culture container supported by the support structure, wherein the top of the support structure mainly supports the culture container. The utility model discloses the device is suitable for the large-scale cultivation of aquatic organism on open surface of water, and is with low costs, and sound construction, anti-wind are unrestrained, and the installation of the large tracts of land culture container of being convenient for with remove, reducible pile and pile cable needs, a great deal of pipelines such as the integration trachea and water pipe of being convenient for in an organic whole, erect steady compact operation platform at the surface of water, are convenient for realize mechanized operation.
Description
Technical field
The utility model relates to water surface cultural technique field, relates in particular to the cultivation apparatus at large scale culturing unicellular algae, macro, shellfish, Bao, ginseng, sea urchin, crab and the fishes and shrimps of the open water surface, particularly sea.
Background technology
The large scale culturing hydrobiont, as: macro and unicellular algae are used for biomass energy manufacturing, the manufacturing of high protein grain, feed, bait, chemical fertilizer and are used to culture the wastewater treatment of high nitrogen phosphorus, carbon dioxide discharge-reduction, the extensive concern that has been subjected to.Owing to the restriction of land area, the cultured area of biomass energy and grain bait feed needs expand to the ocean simultaneously.Traditional culture raft frame is the important engineering equipment of sea farming.Raft culture raft frame mainly partly is made up of stake cable (anchor stalk), floating stalk, seedling rope, float, heavy stone, stake etc.A little less than its storm resisting capacity, The water is deep and the current fast to be difficult to resist the offshore deep-sea, and be difficult to mechanized operation, present marine fishery propagated artificially mainly be limited to manual operations, is labor-intensive work, is difficult to automatization and mass-producing.Simultaneously, be difficult to load and mould closed and semi-enclosed structures such as fluid-pressure moulding case, be limited to the loaded webs class formation more at present.And seldom add aeration equipment.
Over nearly 10 years, bio-reactor pattern of multiple cultivation photosynthetic organism such as little algae and the tested mistake of open culture pattern.Little algae is cultivated effective illumination depth as shallow, and is very low by the productive rate that floor space produced.Under the outdoor open culture condition, pollution problem is difficult to solve.The closed or semi-enclosed cultivation of little algae on the outdoor open water surface of realization is to reduce to cultivate cost enlarged culturing area and the key of setting up the commercial production of can gaining.There is multiple difficulty in the little algae bio-reactor operation of big area on the open water surface, such as installing on the water surface, adds water and draining, cleans, and ventilates attemperation, wind and wave resistance etc.At present, lack and on the open water surface, to design by little algae bio-reactor of large-scale application.
The development marine aquaculture is subjected to the limitation of equipment at present, demands new engineering equipment urgently with developing biomass energy and grain bait feed cultured area to be solved.
Summary of the invention
The device and the construction process that provide a kind of water surface to culture hydrobiological job facilities are provided the purpose of this utility model.Be particularly useful for the cultivation apparatus of the extensive aquaculture unicellular algae in sea, macro, shellfish, Bao, ginseng, sea urchin, crab and fishes and shrimps.
The purpose of this utility model is achieved through the following technical solutions.
A kind of device of water surface cultivation project facility is characterized in that: which comprises at least a supporting structure that is made of pipeline; At least comprise a supporting structure, comprise an anchoring pile and stake cable structure at least based on cable, and by described supporting structure carrying and anchoring pile and stake cable structure fixed culture vessel.
The supporting structure that described pipeline constitutes can be used as breather line and constitutes the part of gas distributor.
Described cable supporting structure can separate with main load-carrying floating structure.Space set floating structure on the described cable supporting structure.The bottom of cable supporting structure can be at same level.
Between the pipe support structure especially the connection of rotation angle position can adopt elasticity to connect.Elasticity between the pipe support structure connects, and can adopt the flexible casing both sides to be inserted in the detachable elasticity of the distolateral formation of pipe support respectively and connect.
Between described culture vessel and the supporting structure, between the supporting structure self and the mode of connection between the adjacent culture vessel, can be movable connection.
The material of described culture vessel and cable supporting structure can be the reinforcement polyvinyl chloride.
Described pipe support structure can and be strengthened polyvinyl chloride hose by the PPR tempreature bulb and connect and compose.
Described pipe support can make up overhead railing structure.
The utility model adopts pipe support to support culture vessel, the more common raft shelf structure of buoyancy greatly increases, and the buoyant rope structure of carrying bottom of culture vessel carries floating matter, the bottom of cable supporting structure can be at same level, auxiliary bottom of culture vessel is kept shape, is convenient to the floating big area culture vessel that carries on the water surface; Soft support one side can be separated with floating structure, is convenient to the installation of culture vessel and removes; And adopt vertical movable syndeton to make supporting structure can float heavy structure such as moulding case, and make the supporting structure weight of not load culture vessel content substantially, the sink-float of adjacent different culture vessels is independent of each other, do not influence the balance of floating pipe support at the water surface yet, constitute " floating pipe false bottom is cultivated ", can load mould case and mould non-net class formations such as bag, be convenient to floating year big area culture vessel on the water surface, can be used to cultivate unicellular algae, be easy to realize raising together with.The tradition raft culture is little because of buoyancy, is difficult to carry the required big area enclosed construction of breed unicellular algae.
Pipeline configuration is easy to typing, is convenient to integrate tracheae and water pipe in one, is convenient to set up service platform stably at the water surface, is convenient to realize mechanized operation.Pipeline configuration is cheap, and quality is light, and is durable anticorrosion, has certain elasticity simultaneously, wind and wave resistance.Pipeline configuration itself can float on waterborne, need not float, and brief structure.Simultaneously, the pipe support structure so must intensively play a plurality of stakes unlike buoyant rope raft shelf structure, has been saved the needs of stake and stake cable, convenient fitting operation and displacement because of being easy to typing.Rope pipe jointing form is connected with elasticity strengthens buffering, has reduced rigid corner structure, has strengthened capacity of anti-storm, and minimizing is lost.
Buoyant rope structure in described carrying bottom of culture vessel carries floating matter, and under the condition of vertical movable connection, floating pipeline is the weight of not load culture vessel content substantially, and its weight is mainly come load by water body of living in, has greatly increased the carrying capacity of pipe support.Culture vessel rises and falls up and down to move does not influence the sink-float of place floating pipeline support, does not influence the sink-float motion of other culture vessels in same pipe support yet.When adding water, described culture vessel sinks because of receiving hydraulic pressure, and the bottom moves down; When discharging content, described bottom of culture vessel rises because of buoyancy; The sink-float motion is independent of each other, and makes in the same supporting structure and can hold a plurality of culture vessels, is convenient to separate cultivate, and constitutes " floating pipe false bottom is cultivated ", to carry out the aquaculture on the water surface.Described motion can be adopted automaticmachines chemical control system device, is convenient to the scale operation.Thereby the installation of convenient a plurality of culture vessel on the open water surface adds water, gathers and the draining drainage, and cleaning operation.
Can feed gas as distribution device in gas-fluid by pipeline, carbon dioxide in particular for algal culture, circulate to drive fully mobile formation of nutrient solution, impel culture alternately to accept illumination, forming light secretly circulates, and promote surperficial high temperature water body to mix with the low temperature water body in deep, attemperation, and promote carbon dioxide absorption.Also can be in the aquaculture of animal class aerating oxygen.
The hydrobiont that the utility model is suitable on the open water surface is cultured; being convenient to utilize lake surface and sea area to carry out extensive mechanize cultures; cost is low; wind and wave resistance, easy to operate, easily realize mechanized operation; reducing stake needs with the stake cable; reduce bait and run off, be convenient to realize raising together with, bait and the high nitrogen phosphorus waste water of cleaning are provided nearby.Potential use also is bait production, fodder production, fish production, grain-production, biomass energy manufacturing, industrial gaseous waste carbon dioxide capture, the aquaculture of high nitrogen phosphorus heavy metal containing wastewater treatment etc. and control water body composition.
Description of drawings
Fig. 1 is the floating supporting structure of looking simplification from the top side that the utility model is simplified, the effect synoptic diagram (being unkitted culture vessel) on the water surface;
Fig. 2 is the utility model is looked floating the supporting structure carrying pocket type culture vessel of simplification from the top side an effect synoptic diagram;
Fig. 3 is the utility model is looked floating the supporting structure carrying culture vessel of simplification from the top side an effect synoptic diagram, illustrates a side of soft support with after main load-carrying floating structure separates, and the pocket type bottom of culture vessel loses the support of keeping shape and drops;
Fig. 4 is the utility model is looked the soft supporting structure of simplification " false bottom " from the top side an effect synoptic diagram (being unkitted culture vessel);
Fig. 5 is that the pipe support of simplifying connects the effect synoptic diagram that the side is watched, (being unkitted culture vessel) with flexible casing;
Fig. 6 is that the pipe support of simplifying connects the effect synoptic diagram that top side face is watched with flexible casing;
Fig. 7 is the effect synoptic diagram that the rope pipe spaced sides of simplification is watched;
Fig. 8 is the effect synoptic diagram of the floating supporting structure bearer network formula culture vessel of looking simplification from the top side of simplification;
Fig. 9 is the effect synoptic diagram of the flexible connection of the employing lantern ring type simplified, (being unkitted culture vessel);
Figure 10 is the single effect synoptic diagram of simplifying of moulding the flexible connection supporting structure of box culture vessel employing lantern ring type;
Figure 11 is the effect synoptic diagram of simplifying that box culture vessel adopts the flexible connection supporting structure of lantern ring type of moulding, and (in parallel three mould box culture vessel all be add state behind the water);
Figure 12 is the effect synoptic diagram of simplifying that box culture vessel adopts the flexible connection supporting structure of lantern ring type of moulding, (mould box culture vessel for three in parallel, wherein about two culture vessels be and add state behind the water, middle one is state after the draining);
Figure 13 is the tubular type culture vessel of simplification is inserted in the movable connection supporting structure of sleeve pipe of extra heavy pipe with tubule an effect synoptic diagram.
Among the figure: 1 " floating pipe " pipe support, the soft support of 2 " false bottoms ", 3 floats, 4 floating cables, 5,6 cables, 7 cables, 8 culture vessels, 9 fixing eaves, 10 fixed orificess, 11 flexible casings, 12 collars, 13 thick sleeve pipes, 14 thin sleeve pipes, 15 horizontal pane.
Embodiment
A kind of water surface is cultured the device of hydrobiological job facilities, is particularly useful for the cultivation apparatus of water surface large-scale farming algae, shellfish, Bao, ginseng, sea urchin, crab and fishes and shrimps.At least comprise that one mainly carries the culture vessel top by the supporting structure that pipeline constitutes to small part; At least comprise that a soft support based on cable mainly carries bottom of culture vessel, comprise that at least one is fixed in water-bed anchoring pile and stake cable structure, and by described supporting structure carrying and anchoring pile and stake cable structure fixed culture vessel; Constitute " floating pipe false bottom is cultivated " facility.
The present invention comprises that at least a pipe support 1 connects culture vessel 8 with fixed form or manner, and the supporting structure that pipeline constitutes can constitute and metallic conduit by moulding the pipeline that the seal of tube connects and composes; Be preferably the polyvinyl chloride hose strengthened with the PPR tempreature bulb with fiber or wire as main load-bearing floating pipeline; Floating pipe support can be used for the steam line of gas distributor simultaneously.And be convenient to be connected and fixed other pipeline configurations, be convenient to set up service platform stably at the water surface.
The top of culture vessel and bottom lining connect supplementary structure to keep the culture vessel shape; Supplementary structure comprises net and plate; The top supplementary structure can be arc top type." false bottom " soft buoyant rope structure of carrying bottom of culture vessel can carry the floating matter float, includes but not limited to net formula and strip-type arranged side by side, and auxiliary bottom of culture vessel is kept shape, is convenient to the floating big area culture vessel that carries on the water surface; Soft support one side can be separated with floating structure, is convenient to the installation of culture vessel and removes.The bottom of cable supporting structure can be at same level.
When adopting soft culture vessel, be the auxiliary content of thoroughly discharging, after can utilizing soft support one side and floating structure separating, adopt the folding culture vessel of horizontal direction bellows type to be convenient to thorough drainage to empty.Soft holder part can adopt the cable outer sleeve structure, is preferably fiber and strengthens polyvinyl chloride cable overcoat wire reinforcement polyvinyl chloride hose.
Between culture vessel 8 and the support 1, and supporting structure 1 ways of connecting own, and between the adjacent container 8, can adopt movable connection, and culture vessel 8 can be slided along supporting structure, also can be movable between the supporting structure itself; The form of movable connection comprises that the collar connects, telescopic joint and frame pipe coupling etc.; It is that culture vessel is hung on the collar 12 through rope 4 that the collar connects, and this collar 12 can be along the pipe support parallel sliding." false bottom " soft stent support bottom of culture vessel, through movable being placed on the pipe support of the collar that rope constitutes, activity direction comprises vertical with parallel.This activity can adopt automatic control device to control.
Telescopic jointly comprise that thin sleeve pipe 14 is inserted in the sleeve pipe form of thick sleeve pipe 13; The sleeve pipe form that thin sleeve pipe 14 is inserted in thick sleeve pipe 13, be that culture vessel is fixed in the vertical support frame bottom that thin sleeve pipe 14 constitutes, thick sleeve pipe 13 is fixed on the floating pipeline support 1, and the form that vertical support frame is inserted in thick sleeve pipe 13 with thin sleeve pipe 14 is along the above-below direction slip of vertical annulus 13.
The frame pipe coupling comprises the mode of horizontal pane 15 cover vertical pipe 14; The mode of horizontal pane 15 cover vertical pipe 14, be with the detachable fixing horizontal direction of the sidewall of culture vessel 8 framework 15 as slide rail, fixing vertical pipe 14 side by side on the pipe support, horizontal pane 15 can be up and down along vertical pipe 14; Activity direction comprises vertical with parallel.
Supporting structure can be made up by the mode of rope pipe jointing; The cable material can be with strengthening materials such as polyvinyl chloride and polyethylene.
Can adopt elasticity to connect between the pipe support structure; Be preferably flexible casing 11 both sides and be inserted in the detachable elasticity connection of pipe support 1 distolateral formation respectively.Pipe support structure distolateral adopted silently sealing, and silently edge in the pipe end is enclosed in the outer, or with inclosure interior edge silently, pipe end outer.
The pipe support structure can adopt piston-type sealing to expand with heat and contract with cold to alleviate gas, and when gases are heated, they expand in the pipe when temperature raise, with piston to extrapolation; When catching a cold, contraction of gas inwardly sucks piston.
The type of culture vessel 8 comprises open, form such as semi-enclosed and closed and mixing; The building mode of open culture vessel 8 comprises lace curtaining formula, cage type, net cage type, forms such as vertical rope-type and mixing thereof; The building mode of closed culture vessel 8 comprises pocket type and forms such as box and mixing; Its cross-sectional shape includes but not limited to trilateral, volution, U type, circle, shuttle type and form such as compound thereof.But the culture vessel built-in sponge runs off to reduce bait.
The configurable water surface stationary installation of culture apparatus comprises buoyancy tank, and stake 5 and stake cable 6, cable 4 are with float 3 on the cable 4.Can add the anti-adhesive coating on the support 1.It is streamlined with wind and wave resistance and drainage that supporting structure and pipeline self can be.
Culture apparatus comprises that the ventilation opening that is used to guarantee to support culture vessel 8 is higher than the device on the water surface, as is higher than the railing structure of the water surface.The sidepiece of culture vessel 8 can be established fixedly and wear fixed orifices 10 on the eaves 9, is convenient to culture vessel is fixed on the floating support.
Culture apparatus also can comprise ventilation plant; Ventilation plant can be higher than water surface site on closed culture vessel, the ventilation screen cloth is set at interval; The ventilation screen cloth can be established the device of taking shelter from rain, to avoid the making ventilation screen cloth towards the sky direction.
Culture vessel top material comprises the printing opacity gauze, printing opacity PVC, printing opacity TPU and printing opacity polyethylene; A plurality of culture vessels in the same supporting structure can adopt same top cover.
Culture vessel comprises and is used to promote the culture ventilation, and the device of water temperature is cultivated in motion and adjusting, and this device comprises gas distributor; Gas distributor comprises gas stone, valve and tracheae; Gas comprises air, carbonic acid gas, oxygen and mixed form thereof.
Supporting structure and pipeline self can be streamlined and the shuttle type with wind and wave resistance and drainage.
The culture apparatus outside can be provided with wave trap; Wave trap comprises spurn water board and subtracts unrestrained buffer area.Wave trap can be made up by pipe support.
The configurable treatment device for water of culture apparatus is used for pollution-free aquaculture and the auxilliary aquaculture that adds special additive with control water body composition.Culture vessel includes, but are not limited to the culture input and gathers pipeline, liquid input and discharge line, gas distribution pipeline, sensing detection controller.Culture apparatus configurable mechanized operation system and automation control system.Configurable collection ship is to settle ventilation, recovering device and detection Controlling System etc.
The hydrobiont of cultivating in the equipment includes, but are not limited to macro, unicellular algae, shellfish, Bao, ginseng, sea urchin, crab and fishes and shrimps.
Breed can be adopted the form of raising together with, and such as adding large-scale algal cultivation on the shellfish culture side, is used to absorb the high nitrogen phosphorus waste water that the animal class is cultured; Such as adding both culturing microalgae, be used to provide bait on the shellfish culture side.
Arrive Fig. 4 referring to Fig. 1, Fig. 1 has illustrated mainly to carry the culture vessel top by the supporting structure that pipeline constitutes, " false bottom " soft buoyant rope structure of carrying bottom of culture vessel carries floating matter, and auxiliary bottom of culture vessel is kept shape, is convenient to the floating big area culture vessel that carries on the water surface; Soft support one side can be separated with floating structure, is convenient to the installation of culture vessel and removes.Fig. 2 has illustrated to carry the pocket type culture vessel on the described support.Fig. 3 illustrates a side of soft support with after main load-carrying floating structure separates, and the pocket type bottom of culture vessel loses the support of keeping shape and drops.Fig. 4 has illustrated to carry " false bottom " soft buoyant rope structure of bottom of culture vessel, and the bottom of cable supporting structure is not at same level.
Referring to Fig. 5, Fig. 6 has illustrated pipeline configuration 1 to be used for the structure of floating support, add closed culture vessel 8 after, can cut the water surface is a plurality of cultivation zones that draining is independent of each other that add.Be connected and fixed by flexible casing 11 between the support side, take off flexible casing 11 after, ship can enter between the support.Behind the end of operation, put flexible casing 11 with the fixing supporting structure of adjacent channel.After being tightly connected, pipeline is on bubble through the water column, and the steam line that can be used as gas distributor uses.And be convenient to be connected and fixed other pipeline configurations such as water inlet pipe and water shoot, be convenient to set up service platform stably at the water surface.
Referring to Fig. 7, Fig. 7 has illustrated the box-like floating supporting structure of rope duct ligation: it is fixing that pipe support 1 side adds float 3 by cable 4, connects with flexible casing 11 between the pipe support, take off sleeve pipe 11 after, ship can enter between the support.Side adds float 3 restrained line supports with stake cable 6, adds stake 5 at interval, to reduce hard corner structure, wind resistance swell damage folding.
Referring to Fig. 8, Fig. 8 has illustrated described rack bearing net formula culture vessel.
Referring to Fig. 9, Figure 10, Figure 10 have illustrated to mould the flexible connection that box culture vessel adopts cable collar form.Collar connection is hung the soft support 2 of support bottom of culture vessel " false bottom " on the collar 12 through rope, and this collar 12 can be along pipe support 1 parallel sliding." false bottom " soft support 2 supports bottom of culture vessel, through the collar 12 movable being placed on the pipe support of rope formation.Fig. 9 signal does not add the supporting structure of culture vessel.
Referring to Figure 11, Figure 12, illustrated to mould flexible connection that box culture vessel adopts cable collar form make add draining after adjacent hard culture vessel be independent of each other.Three culture vessels all are and add state behind the water among Figure 11; Among Figure 12, about two culture vessels be and add state behind the water, one is state after the draining in the middle of it, and the drain operation that adds that signal is fixed on the adjacent culture vessel on the same self floating pipe road support is independent of each other, and also can not influence the balance of self floating pipe road supporting structure on the water surface.
Referring to Figure 13, Figure 13 has illustrated thin sleeve pipe to be inserted in movable connection of frame pipe of movable connection of thick telescopic sleeve pipe and horizontal pane cover vertical tube.Vertical rack adopts thin sleeve pipe 14, one sides to be inserted on the thick sleeve pipe 13 that is fixed on the floating support, and a side is inserted in and is fixed on the lateral horizontal pane 15 of culture vessel, and different culture vessels rise and fall with adding the water draining separately along vertical rack 14, are independent of each other.Culture vessel sidewall fixing horizontal direction framework is as slide rail, and self floating pipe road support vertical direction is fixing vertical pipe side by side, and horizontal pane can slide up and down along vertical pipe; Different culture vessels rise and fall with adding the water draining separately together with horizontal frame, are independent of each other, and also do not influence the sink-float in self floating pipe road.When adding water, culture vessel is difficult for overturning.
Embodiment 1: make up supporting structure with rope pipe mixed form, comprise " floating pipe " pipe section and " false bottom " soft holder part.Pipe section adopts the PPR tempreature bulb to be tightly connected through hot melt, and middle ventilation is as the part of load-bearing floating pipeline and gas distributor; Adopt wire to strengthen polyvinyl chloride hose at interval and connect the PPR pipe, and be used for the connection of PPR pipeline nook as flexible casing." false bottom " soft holder part adopts cable overcoat fiber to strengthen polyvinyl chloride pipe, adds float and constitutes band reticulated structure such as Fig. 4; Cable and stake cable adopt a fiber to strengthen a pvc material, 10～12 millimeters of diameters (1000-1500 thigh), and when length is about the spring tide full sea 2～3 of the depth of water times, float is glass fibre ball or baton round; Sea of faces's bed load mud is buried in stake.Pipe support is connected and fixed by flexible casing between the side, take off flexible casing after, ship can enter between the support.Behind the end of operation, ship rolls away from, puts flexible casing with fixing adjacent pipe support structure.At the downbeam pipe support that is arranged in parallel, by the band float, the stake cable and vertical each pipeline that connects of cable, as Fig. 7.On pipeline, adopt rope sling ring fixed net type culture vessel, as Fig. 8." false bottom " soft buoyant rope structure of carrying bottom of culture vessel carries the floating matter float, and auxiliary bottom of culture vessel is kept shape, and the floating big area pocket type culture vessel that carries is on the water surface; Soft support one side can be separated with floating structure, is convenient to the installation of culture vessel and removes, as Fig. 4.Utilize the distribution device in gas-fluid aerating oxygen.Do the aquaculture of shellfish, Bao, ginseng, sea urchin, crab and fishes and shrimps in the container, mix kelp in the middle of the different support and culture with the high nitrogen phosphorus of purifying aquaculture waste water.The peripheral railing that is made of pipeline that is provided with of culture apparatus is used for spurn water board with wave resistance.
Embodiment 2: self floating pipe road part adopts the PPR tempreature bulb to be tightly connected through hot melt, and middle ventilation is as load-bearing floating pipeline and gas distributor.Mould case as culture vessel with a plurality of with printing opacity, be located on the open water surface by pipe support parallelism structural carrier in parallel, and be convenient to be connected and fixed other pipeline configurations, be convenient to set up service platform stably at the water surface." false bottom " soft buoyant rope structure adopts cable movable connection culture vessel of collar form and pipe support, and the carrying bottom of culture vessel; Different culture vessels rise and fall with adding the water draining separately together with horizontal frame, are independent of each other, and also do not influence the sink-float in self floating pipe road, as Figure 11 and Figure 12.Adopt the detachable elasticity that the flexible casing both sides are inserted in the distolateral formation of pipe support respectively to connect between the pipe support structure.After sleeve pipe taken off, ship can put under and carry out operation waterborne in the supporting structure.Printing opacity is moulded box bottom of culture vessel and is utilized distribution device in gas-fluid to feed gas to drive nutrient solution interchange motion and to regulate and cultivate water temperature.Culture apparatus is peripheral to be provided with the railing spurn water board that is made of pipeline and to subtract unrestrained buffer area with wave resistance.And the configuration collection ship, configuration air pump on it, water pump, centrifugal drying converting apparatus and configurable sensing detection controller and automatic control system are operated with centralized Control.
Embodiment 3: pipe section adopts wire to strengthen ventilating as load-bearing floating pipeline and gas distributor in the middle of the polyvinyl chloride pipe.Mould the pocket type culture vessel with the fine PVC soft board of height through the multiple-sealed structure top printing opacity that is connected of high frequency heat and antiseep, its diapire can adopt the fine PVC material of light tight height.At the downbeam pipe support that is arranged in parallel, by the band float, the stake cable and vertical each pipeline that connects of cable.On pipeline, adopt rope sling ring fixed net type culture vessel.Be set up in the open water surface through the pipe support structural support, interval or two ends are established the railing elevated structure that is made of the PPR pipeline and are used to support long pocket type culture vessel two ends ventilation opening to be higher than the water surface, the waterproof bag of moulding blocks and forms the structure of taking shelter from rain ventilation gauze face through the top, and the gauze of avoiding ventilating faces heavenwards.The culture vessel top is higher than the water surface by Gas Support, with the maintenance top transparent, and is convenient to the oxygen release that ventilates." false bottom " soft buoyant rope structure of carrying bottom of culture vessel carries floating matter, and the auxiliary floating culture vessel that carries is as Fig. 4.Adjacent bottom of culture vessel does not link to each other mutually, and the drain operation that adds that is fixed on the adjacent culture vessel on the same self floating pipe road support is independent of each other, and can not influence the balance of pipe support structure on the water surface yet.Utilize distribution device in gas-fluid such as gas stone tracheae to feed carbon dioxide and exchange motion, improve the carbon dioxide absorption rate and regulate and cultivate water temperature to drive nutrient solution.And the configuration collection ship, configuration air pump on it, water pump, centrifugal drying converting apparatus and configurable sensing detection controller and automatic control system add water draining and aeration with centralized Control.Be used for unicellular algae cultivation and related application thereof on the open water surface.
Claims (10)
1. the device of a water surface cultivation project is characterized in that: which comprises at least a supporting structure that is made of pipeline; At least comprise a supporting structure, comprise an anchoring pile and stake cable structure at least based on cable, and by described supporting structure carrying and anchoring pile and stake cable structure fixed culture vessel.
2. water surface cultivation project device according to claim 1 is characterized in that: the supporting structure that described pipeline constitutes can be used as breather line and constitutes the part of gas distributor.
3. water surface cultivation project device according to claim 1 is characterized in that: described cable supporting structure can separate with main load-carrying floating structure.
4. water surface cultivation project device according to claim 1 is characterized in that: space set floating structure on the described cable supporting structure.
5. water surface cultivation project device according to claim 1 is characterized in that: between the pipe support structure especially the connection of rotation angle position can adopt elasticity to connect.
6. water surface cultivation project device according to claim 1 is characterized in that: between described culture vessel and the supporting structure, between the supporting structure self and the mode of connection between the adjacent culture vessel, can be movable connection.
7. water surface cultivation project device according to claim 1 is characterized in that: the bottom of described cable supporting structure can be at same level.
8. water surface cultivation project device according to claim 1 is characterized in that: described pipe support structure, and can and strengthen polyvinyl chloride hose by the PPR tempreature bulb and connect and compose.
9. water surface cultivation project device according to claim 1 is characterized in that: the material of described culture vessel and cable supporting structure can be the reinforcement polyvinyl chloride.
10. water surface cultivation project device according to claim 3 is characterized in that: described pipe support can make up overhead railing structure.
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| CNU2008201807785U CN201334475Y (en) | 2008-12-09 | 2008-12-09 | Device of engineering is bred on surface of water |
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| CNU2008201807785U CN201334475Y (en) | 2008-12-09 | 2008-12-09 | Device of engineering is bred on surface of water |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103805500A (en) * | 2014-02-21 | 2014-05-21 | 杭州鑫伟低碳技术研发有限公司 | Offing microalgae cultivation device and cultivation method |
| CN104883880A (en) * | 2012-12-07 | 2015-09-02 | 姜兴默 | Floating assembly using containers |
| CN105941125A (en) * | 2016-05-09 | 2016-09-21 | 广东海洋大学 | Sargassum integerrimum artificial seedling growing method |
| CN111278280A (en) * | 2017-10-27 | 2020-06-12 | 吉诺斯安公司 | Device for feeding aquacultural animals at sea |
| CN113331095A (en) * | 2021-06-07 | 2021-09-03 | 湛江华南贝类研究院 | Breeding method of crassostrea gigas capable of improving meat yield |
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2008
- 2008-12-09 CN CNU2008201807785U patent/CN201334475Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104883880A (en) * | 2012-12-07 | 2015-09-02 | 姜兴默 | Floating assembly using containers |
| CN103805500A (en) * | 2014-02-21 | 2014-05-21 | 杭州鑫伟低碳技术研发有限公司 | Offing microalgae cultivation device and cultivation method |
| CN105941125A (en) * | 2016-05-09 | 2016-09-21 | 广东海洋大学 | Sargassum integerrimum artificial seedling growing method |
| CN105941125B (en) * | 2016-05-09 | 2022-02-08 | 广东海洋大学 | Artificial seedling culture method for sargassum integrifolia |
| CN111278280A (en) * | 2017-10-27 | 2020-06-12 | 吉诺斯安公司 | Device for feeding aquacultural animals at sea |
| CN113331095A (en) * | 2021-06-07 | 2021-09-03 | 湛江华南贝类研究院 | Breeding method of crassostrea gigas capable of improving meat yield |
| CN113331095B (en) * | 2021-06-07 | 2022-04-08 | 湛江华南贝类研究院 | Breeding method of crassostrea gigas capable of improving meat yield |
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Granted publication date: 20091028 Termination date: 20101209 |