CN104430105A - Dual-temperature greenhouse aquaculture pond - Google Patents
Dual-temperature greenhouse aquaculture pond Download PDFInfo
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- CN104430105A CN104430105A CN201410819479.1A CN201410819479A CN104430105A CN 104430105 A CN104430105 A CN 104430105A CN 201410819479 A CN201410819479 A CN 201410819479A CN 104430105 A CN104430105 A CN 104430105A
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- fixed
- oxygen
- steel wire
- increasing device
- wire rope
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K63/00—Receptacles for live fish, e.g. aquaria; Terraria
- A01K63/003—Aquaria; Terraria
- A01K63/006—Accessories for aquaria or terraria
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K63/00—Receptacles for live fish, e.g. aquaria; Terraria
- A01K63/06—Arrangements for heating or lighting in, or attached to, receptacles for live fish
- A01K63/065—Heating or cooling devices
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Abstract
The invention discloses a dual-temperature greenhouse aquaculture pond which comprises an aquaculture pond and a heat preservation greenhouse. The dual-temperature greenhouse aquaculture pond is characterized in that the heat preservation greenhouse comprises an outer heat preservation layer, an inner heat preservation layer and a supporting column. The supporting column is arranged in the center of the aquaculture pond, and the structure of the outer heat preservation layer and the inner heat preservation layer is that the supporting column is connected with the ground through a steel wire rope to form a steal wire beam, a fixed net, a heat preservation thin film and a fixing net are arranged on the steel wire rope in sequence. The heat preservation greenhouse is provided with two heat preservation layers, the heat preservation layers enable the supporting column to be connected with the ground through the steel wire rope to form a steel wire mesh framework, the heat preservation thin film is fixed through the fixing nets, so that the greenhouse achieves dual-layer heat preservation, heat preservation effect is good, and the capacity for resisting natural disasters is improved greatly.
Description
Technical field
The invention belongs to technical field of aquaculture, relate to a kind of two warm canopy aquaculture pond.
Background technology
At present, the aquaculture temperature canopy generally used is plastic, thermal-insulation canopy substantially, the cultivation roof insulating of the aquatic products such as the aquaculture pond prawn of plastic, thermal-insulation canopy can extend cultivation season, improve cultured output, increase economic benefit, but existing aquaculture temperature canopy is not suitable with changing Environmental Status, therefore, aquaculture is more and more higher for the requirement of warm canopy.
Chinese patent: application number 201110207009.6, discloses a kind of aquaculture greenhouse culture pond having comprehensive throwing to raise function, comprises culturing pool, roof insulating, material casting mechanism, feeding machanism; Culturing pool has a supporting station between two parties, and mount pad top board connects support column, and support on capital and have shelf, support column is that shaped steel bolt is formed by connecting, upper support shelf, and bottom is fixed on the top board of mount pad; In spoke one end static shelving of described tread support membrane, the other end is fixed on culturing pool bank, spoke has lighting heat preserving film, and spoke can divide main spoke and point spoke, and main spoke with steel wire rope or the tension of reinforcing bar four directions, can play static shelving and windbreak function; Make supporting station with concrete, mount pad is fixed on supporting station.The roof insulating heat insulation effect of this invention is not good, and the defensive ability/resistance ability for natural calamity is low.
Summary of the invention
The object of the invention is to the deficiency of the heat preservation technology for existing aquaculture pond, provide one not only high insulating effect, the ability of withstanding natural calamities is strong, and two temperature canopy aquaculture ponds safe and reliable, easy to use.
To achieve these goals, present invention employs following technical scheme:
A kind of two warm canopy aquaculture pond, comprises culturing pool, roof insulating, wherein: described roof insulating includes external thermal insulation, inner thermal insulating layer and support column; Described support column is located in the middle of culturing pool; Described inner thermal insulating layer comprise steel wire rope II, insulation film made II, under be connected and fixed ring, internal fixtion post, interior cross bar, fixed network III and fixed network IV; Described internal fixtion post is located at the bank of culturing pool, connects between the internal fixtion post upper end at four angles of culturing pool with interior cross bar; Being connected and fixed ring under described establishes on the support columns, under be connected and fixed between ring with interior cross bar and be connected with steel wire rope II; The top of described steel wire rope II is provided with fixed network III, insulation film made II and fixed network IV successively; Described external thermal insulation comprise steel wire rope I, insulation film made I, on be connected and fixed ring, extenal fixation post, outer cross tube, outer sheer pole, outer support bar, fixed network I and fixed network II; Described extenal fixation post is located at outside the internal fixtion post on the bank of culturing pool, is connected between the extenal fixation post at four angles with outer cross tube with outer sheer pole; Support bar is used to connect between described outer cross tube and outer sheer pole; Being connected and fixed ring on described establishes on the support columns, is above connected and fixed ring and is connected with steel wire rope I with between outer cross tube and outer sheer pole; The top of described steel wire rope I is provided with fixed network III, insulation film made I and fixed network II successively.
The bottom of above-described external thermal insulation and inner thermal insulating layer surrounding is provided with scavenge port, and described scavenge port height is 0.05-0.2m.
Distance between above-described extenal fixation post and internal fixtion post is 0.5-0.7m; Described steel wire rope I is fixed on outer cross tube and outer sheer pole, and the spacing of steel wire rope I is 1m; Described steel wire rope II is fixed on interior cross bar, and the spacing of steel wire rope II is 1m.
Above-described extenal fixation post height is 1-1.5m, and the height of internal fixtion post is 0.1-0.15m.
Be connected and fixed on above-described ring and under the distance be connected and fixed between ring be 0.2-0.7m.
Be connected and fixed ring on above-described to be made up of brace, connection iron hoop, retainer ring and reinforcement; Described connection iron hoop and retainer ring are connected and fixed by brace and reinforcement; Described brace is provided with and is fixedly connected with hole; Be connected and fixed on described ring with under to be connected and fixed the vibrational power flow of ring identical.
Above-described fixed network I, fixed network II, fixed network III and fixed network IV is wire netting, plastic wire or fleece.
Described culturing pool mainly arranges water surface baffle plate, oxygen-increasing device, sewage draining exit, blow-off pipe, plug-in type antipriming pipe; The pool wall of described culturing pool arranges the angle a that the angle formed with the water surface is 35-90 °, and be set between surrounding senior middle school low at the bottom of the pond of culturing pool, the angle of formation is the angle b of 1-2 °, arranges sewage draining exit in the middle of at the bottom of pond.
Above-described oxygen-increasing device is respectively oxygen-increasing device I, oxygen-increasing device II, described oxygen-increasing device I is single hose, described single tube is provided with the pore of more than 1, oxygen-increasing device I arranges more than 4, oxygen-increasing device I is located on four Jiao Chi bases at the bottom of pond, and oxygen-increasing device I is connected with the air inlet pipe being provided with air valve I; The water surface that oxygen-increasing device I is corresponding by a back gauge 10-15 ㎝ of pool wall arranges water surface baffle plate; Described oxygen-increasing device II is disk tubular type, and disk pipe is provided with the pore of more than 4, and oxygen-increasing device II arranges more than 2, and oxygen-increasing device II is located between sewage draining exit at the bottom of pond and base, pond, and oxygen-increasing device II is connected with the air inlet pipe being provided with air valve II.
Above-described sewage draining exit is embedded with dismountable baffle plate at sewage draining exit, and baffle plate is the mudhole arranging some 60 orders-diameter 1.5 centimetres, and sewage draining exit is connected with blow-off pipe; The diameter of described blow-off pipe is 20-60 ㎝, and blow-off pipe arranges plug-in type antipriming pipe.
Beneficial effect of the present invention:
1, temperature canopy of the present invention is set to two-layer heat-insulation layer, every layer uses steel wire rope connection support column and ground to form steel wire mesh frame, and fixes insulation film with fixed network, makes warm canopy reach double-layer heat insulation, not only heat insulation effect is fine, and the ability of withstanding natural calamities is improved greatly.
2, be connected and fixed on of the present invention ring and under be connected and fixed ring, on be connected and fixed ring and under be connected and fixed ring and all adopt two semifixed rings to be bolted clamping on the support columns, and on be connected and fixed ring with under be connected and fixed ring outer setting be connected iron hoop connecting steel wire ropes, such structural design is simple, ingenious, make to be connected and fixed ring to be not easy to come off, and steel wire rope arbitrarily can adjust on the connection iron hoop of outer setting.
3, the surrounding bottom of heat-insulation layer of the present invention is provided with scavenge port, and the air in warm canopy can be changed by carrying out at any time, makes the air in warm canopy more be applicable to cultivation, improves the quality of cultivating pool greatly.
Accompanying drawing explanation
Accompanying drawing 1 is that schematic diagram cuts open in the office of the assembly structure of embodiment;
Accompanying drawing 2 is schematic top plan view of the assembly structure of embodiment;
Accompanying drawing 3 is enlarged diagrams of the A-A local of embodiment;
Accompanying drawing 4 is enlarged diagrams of the B-B local of embodiment;
Accompanying drawing 5 is schematic diagrames of 6a and the 6b connecting ring of embodiment;
Accompanying drawing 6 is pond cross-sectional schematic of embodiment;
Accompanying drawing 7 is pond horizontal layout schematic diagrames of embodiment.
Identify in figure: 1-culturing pool, 2-passageway, 3-scavenge port, 4-ground, 5-support column, 6a-is connected and fixed ring, ring is connected and fixed under 6b-, 7-external thermal insulation, 8-inner thermal insulating layer, 9-extenal fixation post, 10-internal fixtion post, 11-support bar, the outer cross tube of 12-, the outer sheer pole of 13-, cross bar in 14-, 15-pool wall, at the bottom of 16-pond, 17-water surface baffle plate, 18-oxygen-increasing device I, 19-oxygen-increasing device II, 20-sewage draining exit, 21-blow-off pipe, 22-plug-in type antipriming pipe, 23-air valve, 24-air inlet pipe, 60-brace, 61-connects iron hoop, 62-retainer ring, 63-reinforcement, 71-steel wire rope I, 72-fixed network I, 73-insulation film made I, 74-fixed network II, 81-steel wire rope II, 82-fixed network III, 83-insulation film made II, 84-fixed network IV.
Embodiment
With reference to the accompanying drawings, the specific embodiment of the present invention is further described in detail.
Embodiment 1:
A kind of two warm canopy aquaculture pond, comprise culturing pool 1, roof insulating, roof insulating includes external thermal insulation 7, inner thermal insulating layer 8 and support column 5, and support column 5 is located in the middle of culturing pool 1, the bottom of external thermal insulation 7 and inner thermal insulating layer 8 surrounding is provided with scavenge port 3, and described scavenge port 3 is highly 0.1m.Inner thermal insulating layer 8 comprise steel wire rope II 81, insulation film made II 83, under be connected and fixed ring 6b, internal fixtion post 10, interior cross bar 14, fixed network III 82 and fixed network IV 84, fixed network III 82 and fixed network IV 84 are wire netting.Internal fixtion post 10 is located at the bank of culturing pool 1, and the height of internal fixtion post 10 is 0.13m, connects between internal fixtion post 10 upper end at four angles of culturing pool 1 with interior cross bar 14.Under be connected and fixed ring 6b and be located on support column 5, under be connected and fixed between ring 6b with interior cross bar 14 and be connected with steel wire rope II 81, steel wire rope II 81 is fixed on interior cross bar 14, the spacing of steel wire rope II 81 is 1m, and the top of steel wire rope II 81 is provided with fixed network III 82, insulation film made II 83 and fixed network IV 84 successively; External thermal insulation 7 comprise steel wire rope I 71, insulation film made I 73, on be connected and fixed ring 6a, extenal fixation post 9, outer cross tube 12, outer sheer pole 13, outer support bar 11, fixed network I 72 and fixed network II 74, fixed network I 72 and fixed network II 74 are wire netting.Extenal fixation post 9 is located at outside the internal fixtion post 10 on the bank of culturing pool 1, extenal fixation post 9 is highly 1m, be connected with outer sheer pole 13 with outer cross tube 12 between the extenal fixation post 9 at four angles, use support bar 11 to connect between outer cross tube 12 and outer sheer pole 13, be above connected and fixed ring 6a and be located on support column 5.On be connected and fixed ring 6a primarily of brace 60, connect iron hoop 61, retainer ring 62 and reinforcement 63 form; Described connection iron hoop 61 is connected and fixed by brace 60 and reinforcement 63 with retainer ring 62; Described brace 60 is provided with and is fixedly connected with hole; Be connected and fixed on described ring 6a with under to be connected and fixed the vibrational power flow of ring 6b identical.On be connected and fixed ring 6a and under the distance be connected and fixed between ring 6b be 0.5m, on be connected and fixed ring 6a and be connected with steel wire rope I 71 with between outer cross tube 12 and outer sheer pole 13, steel wire rope I 71 is fixed on outer cross tube 12 and outer sheer pole 13, the spacing of steel wire rope I 71 is 1m, and the top of steel wire rope I 71 is provided with fixed network III 82, insulation film made I 73 and fixed network II 74 successively.
Described culturing pool 1 mainly arranges water surface baffle plate 17, oxygen-increasing device, sewage draining exit 20, blow-off pipe 21, plug-in type antipriming pipe 22; The pool wall 15 of described culturing pool 1 arranges the angle a that the angle formed with the water surface is 35 °, and at the bottom of the pond of culturing pool 1,16 are set between surrounding senior middle school low, and the angle of formation is the angle b of 1 °, and at the bottom of pond, 16 centres arrange sewage draining exit 20; Described oxygen-increasing device is respectively oxygen-increasing device I 18, oxygen-increasing device II 19, described oxygen-increasing device I 18 is single hose, described single tube is provided with 6 pores, oxygen-increasing device I 18 arranges 4, oxygen-increasing device I 18 is located on four Jiao Chi bases of at the bottom of pond 16, and oxygen-increasing device I 18 is connected with the air inlet pipe 24 being provided with air valve I 23; The water surface that oxygen-increasing device I 18 is corresponding by back gauge 10 ㎝ of pool wall 15 arranges water surface baffle plate 17; Described oxygen-increasing device II is disk tubular type, and disk pipe is provided with the pore of 4, and oxygen-increasing device II 19 arranges 2, and oxygen-increasing device II 19 is located between the sewage draining exit 20 of at the bottom of pond 16 and base, pond, and oxygen-increasing device II 19 is connected with the air inlet pipe 24 being provided with air valve II 25; Described sewage draining exit 20 is embedded with dismountable baffle plate at sewage draining exit, and baffle plate is for arranging some 60 object mudholes, and sewage draining exit 20 is connected with blow-off pipe 21; The diameter of described blow-off pipe 21 is 20 ㎝, and blow-off pipe 21 arranges plug-in type antipriming pipe 22.
Embodiment 2:
A kind of two warm canopy aquaculture pond, comprise culturing pool 1, roof insulating, roof insulating includes external thermal insulation 7, inner thermal insulating layer 8 and support column 5, and support column 5 is located in the middle of culturing pool 1, the bottom of external thermal insulation 7 and inner thermal insulating layer 8 surrounding is provided with scavenge port 3, and described scavenge port 3 is highly 0.2m.Inner thermal insulating layer 8 comprise steel wire rope II 81, insulation film made II 83, under be connected and fixed ring 6b, internal fixtion post 10, interior cross bar 14, fixed network III 82 and fixed network IV 84, fixed network III 82 and fixed network IV 84 are plastic wire.Internal fixtion post 10 is located at the bank of culturing pool 1, and the height of internal fixtion post 10 is 0.1m, connects between internal fixtion post 10 upper end at four angles of culturing pool 1 with interior cross bar 14.Under be connected and fixed ring 6b and be located on support column 5, under be connected and fixed between ring 6b with interior cross bar 14 and be connected with steel wire rope II 81, steel wire rope II 81 is fixed on interior cross bar 14, the spacing of steel wire rope II 81 is 1m, and the top of steel wire rope II 81 is provided with fixed network III 82, insulation film made II 83 and fixed network IV 84 successively; External thermal insulation 7 comprise steel wire rope I 71, insulation film made I 73, on be connected and fixed ring 6a, extenal fixation post 9, outer cross tube 12, outer sheer pole 13, outer support bar 11, fixed network I 72 and fixed network II 74, fixed network I 72 and fixed network II 74 are plastic wire.Extenal fixation post 9 is located at outside the internal fixtion post 10 on the bank of culturing pool 1, extenal fixation post 9 is highly 1.5m, be connected with outer sheer pole 13 with outer cross tube 12 between the extenal fixation post 9 at four angles, use support bar 11 to connect between outer cross tube 12 and outer sheer pole 13, be above connected and fixed ring 6a and be located on support column 5.On be connected and fixed ring 6a primarily of brace 60, connect iron hoop 61, retainer ring 62 and reinforcement 63 form; Described connection iron hoop 61 is connected and fixed by brace 60 and reinforcement 63 with retainer ring 62; Described brace 60 is provided with and is fixedly connected with hole; Be connected and fixed on described ring 6a with under to be connected and fixed the vibrational power flow of ring 6b identical.On be connected and fixed ring 6a and under the distance be connected and fixed between ring 6b be 0.2m, on be connected and fixed ring 6a and be connected with steel wire rope I 71 with between outer cross tube 12 and outer sheer pole 13, steel wire rope I 71 is fixed on outer cross tube 12 and outer sheer pole 13, the spacing of steel wire rope I 71 is 1m, and the top of steel wire rope I 71 is provided with fixed network III 82, insulation film made I 73 and fixed network II 74 successively.
Described culturing pool 1 mainly arranges water surface baffle plate 17, oxygen-increasing device, sewage draining exit 20, blow-off pipe 21, plug-in type antipriming pipe 22; The pool wall 15 of described culturing pool 1 arranges the angle a that the angle formed with the water surface is 90 °, and at the bottom of the pond of culturing pool 1,16 are set between surrounding senior middle school low, and the angle of formation is the angle b of 2 °, and at the bottom of pond, 16 centres arrange sewage draining exit 20; Described oxygen-increasing device is respectively oxygen-increasing device I 18, oxygen-increasing device II 19, described oxygen-increasing device I 18 is single hose, described single tube is provided with 10 pores, oxygen-increasing device I 18 arranges 8, oxygen-increasing device I 18 is located at the Chi Di both sides, four angles of at the bottom of pond 16, and oxygen-increasing device I 18 is connected with the air inlet pipe 24 being provided with air valve I 23; The water surface that oxygen-increasing device I 18 is corresponding by back gauge 15 ㎝ of pool wall 15 arranges water surface baffle plate 17; Described oxygen-increasing device II is disk tubular type, and disk pipe is provided with 14 pores, and oxygen-increasing device II 19 arranges 4, and oxygen-increasing device II 19 is located between the sewage draining exit 20 of at the bottom of pond 16 and base, pond, and oxygen-increasing device II 19 is connected with the air inlet pipe 24 being provided with air valve II 25; Described sewage draining exit 20 is embedded with dismountable baffle plate at sewage draining exit, and baffle plate is arrange the mudhole of some 1.5 centimetres, and sewage draining exit 20 is connected with blow-off pipe 21; The diameter of described blow-off pipe 21 is 60 ㎝, and blow-off pipe 21 arranges plug-in type antipriming pipe 22.
Embodiment 3:
A kind of two warm canopy aquaculture pond, comprise culturing pool 1, roof insulating, roof insulating includes external thermal insulation 7, inner thermal insulating layer 8 and support column 5, and support column 5 is located in the middle of culturing pool 1, the bottom of external thermal insulation 7 and inner thermal insulating layer 8 surrounding is provided with scavenge port 3, and described scavenge port 3 is highly 0.05m.Inner thermal insulating layer 8 comprise steel wire rope II 81, insulation film made II 83, under be connected and fixed ring 6b, internal fixtion post 10, interior cross bar 14, fixed network III 82 and fixed network IV 84, fixed network III 82 and fixed network IV 84 are fleece.Internal fixtion post 10 is located at the bank of culturing pool 1, and the height of internal fixtion post 10 is 0.15m, connects between internal fixtion post 10 upper end at four angles of culturing pool 1 with interior cross bar 14.Under be connected and fixed ring 6b and be located on support column 5, under be connected and fixed between ring 6b with interior cross bar 14 and be connected with steel wire rope II 81, steel wire rope II 81 is fixed on interior cross bar 14, the spacing of steel wire rope II 81 is 1m, and the top of steel wire rope II 81 is provided with fixed network III 82, insulation film made II 83 and fixed network IV 84 successively; External thermal insulation 7 comprise steel wire rope I 71, insulation film made I 73, on be connected and fixed ring 6a, extenal fixation post 9, outer cross tube 12, outer sheer pole 13, outer support bar 11, fixed network I 72 and fixed network II 74, fixed network I 72 and fixed network II 74 are fleece.Extenal fixation post 9 is located at outside the internal fixtion post 10 on the bank of culturing pool 1, extenal fixation post 9 is highly 1.2m, be connected with outer sheer pole 13 with outer cross tube 12 between the extenal fixation post 9 at four angles, use support bar 11 to connect between outer cross tube 12 and outer sheer pole 13, be above connected and fixed ring 6a and be located on support column 5.On be connected and fixed ring 6a primarily of brace 60, connect iron hoop 61, retainer ring 62 and reinforcement 63 form; Described connection iron hoop 61 is connected and fixed by brace 60 and reinforcement 63 with retainer ring 62; Described brace 60 is provided with and is fixedly connected with hole; Be connected and fixed on described ring 6a with under to be connected and fixed the vibrational power flow of ring 6b identical.On be connected and fixed ring 6a and under the distance be connected and fixed between ring 6b be 0.7m, on be connected and fixed ring 6a and be connected with steel wire rope I 71 with between outer cross tube 12 and outer sheer pole 13, steel wire rope I 71 is fixed on outer cross tube 12 and outer sheer pole 13, the spacing of steel wire rope I 71 is 1m, and the top of steel wire rope I 71 is provided with fixed network III 82, insulation film made I 73 and fixed network II 74 successively.
Described culturing pool 1 mainly arranges water surface baffle plate 17, oxygen-increasing device, sewage draining exit 20, blow-off pipe 21, plug-in type antipriming pipe 22; The pool wall 15 of described culturing pool 1 arranges the angle a that the angle formed with the water surface is 60 °, and at the bottom of the pond of culturing pool 1,16 are set between surrounding senior middle school low, and the angle of formation is the angle b of 1.5 °, and at the bottom of pond, 16 centres arrange sewage draining exit 20; Described oxygen-increasing device is respectively oxygen-increasing device I 18, oxygen-increasing device II 19, described oxygen-increasing device I 18 is single hose, described single tube is provided with 6 pores, oxygen-increasing device I 18 arranges more than 4, oxygen-increasing device I 18 is located on four Jiao Chi bases of at the bottom of pond 16, and oxygen-increasing device I 18 is connected with the air inlet pipe 24 being provided with air valve I 23; The water surface that oxygen-increasing device I 18 is corresponding by back gauge 13 ㎝ of pool wall 15 arranges water surface baffle plate 17; Described oxygen-increasing device II is disk tubular type, and disk pipe is provided with 10 pores, and oxygen-increasing device II 19 arranges 4, and oxygen-increasing device II 19 is located between the sewage draining exit 20 of at the bottom of pond 16 and base, pond, and oxygen-increasing device II 19 is connected with the air inlet pipe 24 being provided with air valve II 25; Described sewage draining exit 20 is embedded with dismountable baffle plate at sewage draining exit, and baffle plate is the mudhole arranging some diameters 1 centimetre, and sewage draining exit 20 is connected with blow-off pipe 21; The diameter of described blow-off pipe 21 is 40 ㎝, and blow-off pipe 21 arranges plug-in type antipriming pipe 22.
Above-described embodiment, just one of more preferably concrete mode of the present invention, the usual change that those skilled in the art carry out within the scope of technical solution of the present invention and replacement all should be included in protection scope of the present invention.
Claims (10)
1. a two warm canopy aquaculture pond, comprises culturing pool (1), roof insulating, it is characterized in that: described roof insulating includes external thermal insulation (7), inner thermal insulating layer (8) and support column (5); Described support column (5) is located in the middle of culturing pool (1); Described inner thermal insulating layer (8) comprise steel wire rope II (81), insulation film made II (83), under be connected and fixed ring (6b), internal fixtion post (10), interior cross bar (14), fixed network III (82) and fixed network IV (84); Described internal fixtion post (10) is located at the bank of culturing pool (1), connects between internal fixtion post (10) upper end at four angles of culturing pool (1) with interior cross bar (14); Being connected and fixed ring (6b) under described is located on support column (5), under be connected and fixed between ring (6b) with interior cross bar (14) and be connected with steel wire rope II (81); The top of described steel wire rope II (81) is provided with fixed network III (82), insulation film made II (83) and fixed network IV (84) successively; Described external thermal insulation (7) comprise steel wire rope I (71), insulation film made I (73), on be connected and fixed ring (6a), extenal fixation post (9), outer cross tube (12), outer sheer pole (13), outer support bar (11), fixed network I (72) and fixed network II (74); Described extenal fixation post (9) is located at the internal fixtion post (10) on the bank of culturing pool (1) outward, is connected between the extenal fixation post (9) at four angles with outer cross tube (12) with outer sheer pole (13); Support bar (11) is used to connect between described outer cross tube (12) and outer sheer pole (13); Be connected and fixed ring (6a) on described to be located on support column (5), be above connected and fixed ring (6a) and be connected with steel wire rope I (71) with between outer cross tube (12) and outer sheer pole (13); The top of described steel wire rope I (71) is provided with fixed network III (82), insulation film made I (73) and fixed network II (74) successively.
2. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: described external thermal insulation (7) and the bottom of inner thermal insulating layer (8) surrounding are provided with scavenge port (3), and described scavenge port (3) is highly 0.05-0.2m.
3. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: the distance between described extenal fixation post (9) and internal fixtion post (10) is 0.5-0.7m; Described steel wire rope I (71) is fixed on outer cross tube (12) and outer sheer pole (13), and the spacing of steel wire rope I (71) is 1m; Described steel wire rope II (81) is fixed on interior cross bar (14), and the spacing of steel wire rope II (81) is 1m.
4. the two warm canopy aquaculture pond of the one according to claim 1 or 3, is characterized in that: described extenal fixation post (9) is highly 1-1.5m, and the height of internal fixtion post (10) is 0.1-0.15m.
5. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: be connected and fixed on described ring (6a) and under the distance be connected and fixed between ring (6b) be 0.2-0.7m.
6. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: be connected and fixed ring (6a) on described and form primarily of brace (60), connection iron hoop (61), retainer ring (62) and reinforcement (63); Described connection iron hoop (61) and retainer ring (62) are connected and fixed by brace (60) and reinforcement (63); Described brace (60) is provided with and is fixedly connected with hole; Be connected and fixed on described ring (6a) with under to be connected and fixed the vibrational power flow of ring (6b) identical.
7. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: described fixed network I (72), fixed network II (74), fixed network III (82) and fixed network IV (84) are wire netting, plastic wire or fleece.
8. the two warm canopy aquaculture pond of one according to claim 1, is characterized in that: described culturing pool (1) mainly arranges water surface baffle plate (17), oxygen-increasing device, sewage draining exit (20), blow-off pipe (21), plug-in type antipriming pipe (22); The pool wall (15) of described culturing pool (1) arranges the angle a that the angle formed with the water surface is 35-90 °, and at the bottom of the pond of culturing pool (1), 16 are set between surrounding senior middle school low, and the angle of formation is the angle b of 1-2 °, and at the bottom of pond, (16) centre arranges sewage draining exit (20).
9. the two warm canopy aquaculture pond of one according to claim 8, it is characterized in that: described oxygen-increasing device is respectively oxygen-increasing device I (18), oxygen-increasing device II (19), described oxygen-increasing device I (18) is single hose, described single tube is provided with the pore of more than 1, oxygen-increasing device I (18) arranges more than 4, oxygen-increasing device I (18) is located on four Jiao Chi bases of (16) at the bottom of pond, and oxygen-increasing device I (18) is connected with the air inlet pipe (24) being provided with air valve I (23); The water surface that oxygen-increasing device I (18) is corresponding by a back gauge 10-15 ㎝ of pool wall (15) arranges water surface baffle plate (17); Described oxygen-increasing device II is disk tubular type, disk pipe is provided with the pore of more than 4, oxygen-increasing device II (19) arranges more than 2, oxygen-increasing device II (19) is located between the sewage draining exit (20) of (16) at the bottom of pond and base, pond, and oxygen-increasing device II (19) is connected with the air inlet pipe (24) being provided with air valve II (25).
10. the two warm canopy aquaculture pond of one according to claim 1, it is characterized in that: described sewage draining exit (20) is embedded with dismountable baffle plate at sewage draining exit, baffle plate is the mudhole arranging some 60 orders-diameter 1.5 centimetres, and sewage draining exit (20) is connected with blow-off pipe (21); The diameter of described blow-off pipe (21) is 20-60 ㎝, and blow-off pipe (21) arranges plug-in type antipriming pipe (22).
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| CN106351918A (en) * | 2016-09-30 | 2017-01-25 | 刘洪全 | Support push rod head |
| CN107960363A (en) * | 2017-09-04 | 2018-04-27 | 宜宾县普安镇揽胜种养殖专业合作社 | Rice field aquaculture raised path through fields protective device |
| CN108094292A (en) * | 2017-12-24 | 2018-06-01 | 沃邦（天津）科技有限公司 | New sea-farming pond |
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| CN104430105B (en) | 2017-04-12 |
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