CN105075935A - An artificial fish reef capable of strengthening ecological carrying capacity - Google Patents
An artificial fish reef capable of strengthening ecological carrying capacity Download PDFInfo
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- CN105075935A CN105075935A CN201510268905.1A CN201510268905A CN105075935A CN 105075935 A CN105075935 A CN 105075935A CN 201510268905 A CN201510268905 A CN 201510268905A CN 105075935 A CN105075935 A CN 105075935A
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- bait
- supporting plate
- lever
- bait container
- plectrum
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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Abstract
The invention provides an artificial fish reef capable of strengthening ecological carrying capacity. The artificial fish reef comprises a reef body, a bait container, a bait overturning supporting plate, a supporting plate driving lever, a rope winding shaft, a coil spring sheet and a lever push sheet. The bait container floats on a sea surface; the bottom of the bait container is provided with a conveying pipe; the reef body is provided with a pull rope; the bait overturning supporting plate is hinged to the inner wall of the bait container; the output end of the supporting plate driving lever is located under the bait overturning supporting plate and a pressure spring is connected between the input end of the supporting plate driving lever and the bait container; the rope winding shaft is rotatably connected to the inner wall of the bait container; the inner end head of the coil spring sheet is fixed to the rope winding shaft and the outer end head of the coil spring sheet is connected to the top end of the pull rope; the reef body is provided with an optical fiber and branch-shaped alga planting frames. One end of the optical fiber is provided with a light collector and the other end is provided with emitters, wherein the light collector is exposed on the sea surface and the emitters are fixed above the alga planting frames.
Description
Technical field
The present invention relates to a kind of marine aquaculture facility, more particularly, it relates to a kind of artificial fish shelter strengthening ecosystem carrying capacity.
Background technology
Along with improving constantly of living standard, the consumption demand of people to marine product is increasing, but traditional mode of going fishing on the sea is difficult to produce the fishery harvesting growth that can meet people's demand, therefore during the means that fishery practitioner has to drain the pond to get all the fish excessively are excavated, coastal water fishery resource or emit more risk to go deep into off-lying sea, cause marine ecology to be seriously damaged, fish production cost improves greatly.Throw in artificial fish shelter; then can provide a feasible approach for cracking an above-mentioned difficult problem; artificial fish shelter can improve marine ecosystem; build the good environment that marine organisms perch; there is provided consor, breeding, growth, forage for fish etc. and shelter the place of enemy; self-restraint fishing ground, reaches protection, breeds and improve the object of catch.Extensively carry out the reparation that the biological habitat of coastal ocean and fishing ground are carried out in artificial fish shelter construction at present both at home and abroad, and achieve good effect.But existing artificial fish shelter develops fish shelter local ecosystem mainly through the mode of self-assembling formation, and manual intervention is less, therefore the development of fish shelter local ecosystem is comparatively slow, and it is longer that benefit produces the cycle.Such as, if only by self-sow, algae in artificial fish shelter region and plankton need certain cycle just can grow up to, so the ecosystem carrying capacity in artificial fish shelter region and maintenance energy need slowly to accumulate formation, therefore, similar with the fixed-point grazing on grassland, while organic growth, suitably carry out manual intervention is of great advantage, in the period of expansion of fish shelter local ecosystem or even after being formed, input food, energy as a supplement, greatly can strengthen the capacity reserve of the ecosystem, improve the development speed of the ecosystem and anti-fluctuation, selfreparing potential, be conducive to the stable of the ecosystem, strengthening.So throw in the marine site of artificial fish shelter, suitably carrying out bait throwing in is also useful and necessity, but in larger input artificial fish shelter oceanic area, artificial bait throwing in workload is comparatively large, if adopt time saving and energy saving bait-laying device for fish greatly to facilitate fishing ground to manage.Publication number is that the utility model patent of CN203492589U discloses a kind of artificial fish shelter being applied to ferociousness fish fry and cultivating on March 26th, 2014, comprises outer coghill net, inner layer cylinder net, support short tube, bait pallet; It is online that described outer coghill net is enclosed within inner layer cylinder, and have gap between inner layer cylinder net outer wall and outer coghill net inwall, outer coghill net and inner layer cylinder Netcom cross support short tube and be fixed, and inner layer cylinder net inside is fixed with bait pallet.This utility model has the features such as cost is low, manufacture craft is simple, maintenance management is convenient, it is by the hollow out net of HDPE polyethylene material and PVC plastic pipe being assembled according to the structure of design, formation interstitial space is large, water permeability strong, fry lures collection to hide effective artificial fish shelter, is with a wide range of applications in ferociousness fish fry is cultivated.But how this utility model is not mentioned realizes bait throwing in high-effective and labour-saving.
Summary of the invention
Existing artificial fish shelter develops fish shelter local ecosystem mainly through the mode of self-assembling formation, manual intervention is less, therefore the development of fish shelter local ecosystem is comparatively slow, it is longer that benefit produces the cycle, for overcoming this defect, the invention provides one and regularly automatically can carry out bait throwing in artificial fish shelter region, and natural daylight can be imported deep water, accelerate aquatile growth near fish shelter, promote that the development of fish shelter local ecosystem is formed, contribute to the artificial fish shelter of the ecosystem carrying capacity strengthened that the artificial fish shelter region ecosystem is stablized, strengthened.
Technical scheme of the present invention is: a kind of artificial fish shelter strengthening ecosystem carrying capacity, comprise reefs, also comprise bait container, bait upset supporting plate, supporting plate activation lever, cable reel, wind spring sheet and lever plectrum, bait container floats on sea, bait container bottom is provided with carrier pipe, reefs is provided with drag-line, bait upset supporting plate is hinged on bait container inner wall, supporting plate activation lever output is positioned at below bait upset supporting plate, stage clip is connected with between supporting plate activation lever input and bait container, cable reel is rotatably connected on bait container inner wall, wind spring sheet inner termination is fixed on cable reel, wind spring sheet external end head is connected with drag-line top, cable reel side face is provided with one can be held the plectrum that is hidden into of lever plectrum entirety and hide groove, lever plectrum is hinged on the inclined outer rim place that plectrum hides groove bottom land, lever plectrum routs up plectrum when hiding groove, lever plectrum is positioned at below supporting plate activation lever input, automatic makeup bait device is also provided with in bait container, what reefs was provided with optical fiber and branch shape plants algae frame, optical fiber one end is provided with optical collector, the other end is provided with emitter, optical collector is exposed on sea, emitter is fixed on plants above algae frame.Plant culture carrier algae frame placed and is beneficial to algal grown and grows, optical collector gathers natural daylight from sea, through strengthening and the transmission of optical fiber, by emitter divergent rays in comparatively deep-sea water, be radiated at and plant on algae frame, there is provided and be difficult to compared with profundal zone the good illumination condition that possesses, plant algae on algae frame and microorganism can carry out sufficient photosynthesis, thus greatly accelerate growth rate, food is enriched for the marine animals such as fish provide, like this, fish shelter region can not only provide habitat for marine organisms, can also provide convenience for halobiontic forage of looking for food, thus greatly improve fish shelter region to halobiontic attraction, facilitate the generation in fishing ground.Simultaneously, the present invention also has the function of carrying out Autoamtic bait putting by tide, in automatic makeup bait device, enough bait is added in advance during use, automatic makeup bait device certain frequency and quantity delivered externally can provide bait, during ebb tide, bait container is with sea water level decreasing, the rolling of wind spring sheet, lever plectrum is wrapped on cable reel, supporting plate activation lever input is only pressed by the top of stage clip, make supporting plate activation lever output is lifted, withstand bait upset supporting plate, thus bait upset supporting plate can hold the bait of automatic makeup bait unit feeding, at the incoming tide, bait container rises with sea water level, in uphill process, drag-line pulls wind spring sheet downwards, wind spring sheet is launched gradually, when wind spring sheet moves the end to, lever plectrum is hidden groove by constraint relief and from plectrum and is stretched out, when bait container continues to rise across the sea, lever plectrum top pressing palette activation lever input, overcome the pressure of stage clip, such supporting plate activation lever output declines, remove the stop to bait upset supporting plate, therefore bait upset supporting plate can overturn downwards, bait on bait upset supporting plate falls into bait container bottom, and then be transported to fish shelter region under water by carrier pipe.Owing to achieving Autoamtic bait putting, development and stabilization, the strengthening of the artificial fish shelter region ecosystem are promoted effectively, and fishing ground management difficulty also reduces greatly.
As preferably, described automatic makeup bait device comprises material-storing box and feeding spiro rod, feeding spiro rod is rotatably connected in material-storing box, material-storing box is provided with feed opening bottom one end, feeding spiro rod one end is exposed to outside material-storing box, the bared end of feeding spiro rod is provided with gear, the axostylus axostyle of cable reel be provided with can with the sector gear of gears meshing.In space between the helicoid that bait is pre-stored in feeding spiro rod, at bait container with in eustatic process, cable reel all can rotate, folding and unfolding drag-line is to adapt to the change of bait container position, when cable reel rotates, coordinating and driving feeding spiro rod to rotate by sector gear and gear, the rotation of feeding spiro rod is converted into again and promotes the axis of bait in material-storing box, push the bait put in place to fall from feed opening, arranged by rational matching relationship, can be implemented in lever plectrum top pressing palette activation lever input, when the upset of bait upset supporting plate is opened, sector gear and gear form empty engagement, feeding spiro rod stops feeding, and feeding spiro rod feeding is only carried out when bait upset supporting plate closes.
As preferably, the input arm of force of supporting plate activation lever is greater than the output arm of force of supporting plate activation lever.According to lever principle, the input arm of force of supporting plate activation lever is greater than the output arm of force, then only need apply low-force at the input of supporting plate activation lever and just can obtain larger output action power at output.
As preferably, bait container inner wall is provided with lever support, and supporting plate activation lever is hinged on lever support.Bait container inner wall arranges lever support, supporting plate activation lever can be arranged on higher position, abundant space can be provided for lever two ends.
As preferably, bait container bottom is funnel-form.Funnelform bait container bottom has aggtegation, and bait upset supporting plate discharges the bait fallen and can naturally concentrate, and is convenient to the efficient outer defeated of bait.
As preferably, bait container is provided with dismountable protecting cover.Protecting cover contributes to forming confined space, forms shielding to bait internal tank, and when preventing sea stormy waves larger, seawater invades.
As preferably, carrier pipe bottom and reefs are fastened and are connected.Carrier pipe bottom and reefs are fastened and are connected, and prevent carrier pipe bottom from drifting about indefinite, guarantee that bait can be transported to fish shelter region by carrier pipe.
As preferably, optical collector is located on bait container, and optical fiber is fixed on drag-line.Optical collector is located on bait container, can guarantee that optical collector farthest gathers natural daylight all the time across the sea.
As preferably, plant on algae frame and be installed with emitter fixed support, emitter is fixedly arranged on emitter fixed support.Emitter is fixedly mounted by emitter fixed support, provides stable irradiation area.
The invention has the beneficial effects as follows:
Promote the ecosystem development and stabilization of artificial fish shelter region and strengthening.The present invention can strengthen the food supply in artificial fish shelter region; give the chance that the artificial fish shelter region ecosystem provides more rehabilitations; by optical fiber, the natural daylight on sea is imported compared with the fish shelter region under deep water again simultaneously; fish shelter region is made to have good illumination condition; the photosynthesis guarantee that in fish shelter region, algae and microorganism carry out fast, continuing; food is enriched for the marine animals such as fish provide; for the organic growth of the artificial fish reef area territory ecosystem provides useful protection, improve ecosystem carrying capacity and the maintenance energy of the artificial fish shelter region ecosystem.
Fishing ground is facilitated to manage.The present invention carries out Autoamtic bait putting regularly by tide dynamic force, can the enough bait of disposable deposit during management, then can need not enter fishing ground in a long time, and regularly perform relevant running regularly by fish shelter self, time saving and energy saving, greatly convenient management.
Energy-saving and environmental protecting.The present invention runs completely using tidal fluctuations as power, makes full use of natural energy resources, Non-energy-consumption, pollution-free, and energy-saving and environmental protecting are with low cost.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention;
When Fig. 2 is wind spring sheet rolling in the present invention, on cable reel, plectrum hides the cross section view at groove place;
Fig. 3 is that when in the present invention, wind spring sheet is deployed into the limit, on cable reel, plectrum hides the cross section view at groove place.
In figure, 1-reefs, 2-bait container, 3-carrier pipe, 4-drag-line, 5-bait upset supporting plate, 6-supporting plate activation lever, 7-cable reel, 8-wind spring sheet, 9-lever plectrum, 10-stage clip, 11-material-storing box, 12-feeding spiro rod, 13-feed opening, 14-gear, 15-sector gear, 16-plectrum hides groove, 17-dividing plate, 18-sea, 19-optical fiber, 20-plants algae frame, 21-emitter, 22-emitter fixed support.
Embodiment
Below in conjunction with accompanying drawing specific embodiment, the invention will be further described.
Embodiment:
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of artificial fish shelter strengthening ecosystem carrying capacity, comprise the reefs 1 being sunken to seabed, also comprise rectangular-shaped bait container 2, bait container 2 floats on sea, is provided with carrier pipe 3 bottom bait container 2, is provided with tide dynamic force automatic bait-laying device for fish between bait container 2 and carrier pipe 3, reefs 1 is provided with drag-line 4, and drag-line 4 enters in bait container 2 through bottom bait container 2.Described tide dynamic force automatic bait-laying device for fish comprises bait upset supporting plate 5, supporting plate activation lever 6, cable reel 7, wind spring sheet 8 and lever plectrum 9, and bait upset supporting plate 5 is hinged on the inwall of bait container 2 side.Bait container 2 inwall is provided with lever support, and supporting plate activation lever 6 is hinged on lever support.In funnel-form bottom bait container 2, carrier pipe 3 is connected on funnel minimum point.Supporting plate activation lever 6 output is positioned at below bait upset supporting plate 5, and be connected with stage clip 10 between supporting plate activation lever 6 input and bait container 2, the input arm of force of supporting plate activation lever 6 is greater than the output arm of force of supporting plate activation lever 6.Cable reel 7 is connected on bait container 2 inwall by a spindle rotation, wind spring sheet 8 inner termination is fixed on cable reel 7, wind spring sheet 8 external end head is connected with drag-line 4 top, cable reel 7 side face cuts one can hold the plectrum that lever plectrum 9 entirety is hidden into and hide groove 16, the width that plectrum hides groove 16 is less than the width of wind spring sheet 8, lever plectrum 9 is hinged on the inclined outer rim place that plectrum hides groove 16 bottom land, lever plectrum 9 can turn up, turn up direction and the cable reel 7 of lever plectrum 9 lengthen drag-line 4 time turn to consistent, be clockwise direction, lever plectrum 9 pin joint and wind spring sheet 8 fixing point phase difference on cable reel 7 is 120 ° of central angles, lever plectrum 9 length is slightly less than the length that plectrum hides groove 16, therefore lever plectrum 9 receives when plectrum is hidden in groove 16 and can not form projecting point on cable reel 7 side face, the winding of wind spring sheet 8 on cable reel 7 can not be affected.Lever plectrum 9 routs up plectrum when hiding groove 16, and lever plectrum 9 is positioned at below supporting plate activation lever 6 input.Automatic makeup bait device is also provided with in bait container 2, described automatic makeup bait device comprises material-storing box 11 and feeding spiro rod 12, it is inner that material-storing box 11 is fixed on bait container 2 by the bracket-suspending on bait container 2 inwall, feeding spiro rod 12 is rotatably connected in material-storing box 11, material-storing box 11 front bottom end is provided with feed opening 13, feeding spiro rod 12 rear end is exposed to outside material-storing box 11, and the bared end of feeding spiro rod 12 is provided with gear 14, and the axostylus axostyle of cable reel 7 is provided with the sector gear 15 that can engage with gear 14.In bait container 2, the first half is provided with one dividing plate 17, bait container 2 inner space is divided into two parts, a part is bait working area, another part is mechanism's installing zone, supporting plate 5 is whole is in bait working area in bait upset, bait upset supporting plate 5 encloses the cavity of an open-top with dividing plate and bait container 2 inwall when not overturning just, and now bait upset supporting plate 5 becomes the bottom of this cavity, and material-storing box 11 front end is passed dividing plate 17 and made feed opening 13 be positioned at the top of this cavity.Dividing plate 17 is fixed with an outstanding fixed block, stage clip 10 is fixed on this fixed block.Bait container 2 is provided with dismountable protecting cover.Carrier pipe 3 bottom and reefs 1 company of fastening.Reefs 1 is in pyramid, and reefs 1 is provided with 200 caves stayed in for fish, what reefs 1 was provided with an optical fiber 19 and 20 branch shapes plants algae frame 20, plant bamboo strip on algae frame 20 and be fixed with the culture carrier suppressed with wood dust, spreading marine alga spore on culture carrier, optical fiber 19 one end is provided with optical collector, the other end is provided with emitter 21, emitter 21 comprises 20 radiation head, 20 radiation head separate from optical fiber 19, each planting on algae frame 20 fixes an emitter fixed support 22 with bolt, 20 radiation head are assigned on each emitter fixed support 22 one by one, and fix with anchor ear, radiation head is occupy and plants above algae frame 20, and radiation head release natural light irradiation scope can cover correspondence plant algae frame 20.Optical collector is located on bait container 2, is in more than sea all the time, optical collector is exposed on sea all the time and gathers natural daylight, and optical fiber 19 is just fixed with band and drag-line 4 every one meter.Optical collector gathers natural daylight from sea, through strengthening and the transmission of optical fiber 19, by emitter 21 divergent rays in comparatively deep-sea water, be radiated at and plant on algae frame, there is provided and be difficult to compared with profundal zone the good illumination condition that possesses, plant algae on algae frame 20 and microorganism can carry out sufficient photosynthesis, thus greatly accelerate growth rate, like this, plant on algae frame 20 and just can bring up out more algae, also more plankton can be grown around, attracting with algae or plankton is that the marine animals such as the fish eaten are resident, these marine animals can be stayed in fish shelter cave, food can be obtained nearby easily again without the need to migrating at a distance, promote quick growth and the propagation of these marine animals, each artificial fish shelter can form a small-sized ecosystem, when throwing in a large amount of artificial fish shelter in a slice marine site, just the fishing ground of sustainable development can be formed.
In space between the helicoid that bait is pre-stored in feeding spiro rod 12, in the process that bait container 2 is elevated with sea 18, cable reel 7 all can rotate under the driving of wind spring sheet 8, folding and unfolding drag-line 4 is to adapt to bait container 2 change in location, when cable reel 7 rotates, coordinating and driving feeding spiro rod 12 to rotate by sector gear 15 and gear 14, the rotation of feeding spiro rod 12 is converted into again and promotes the axis of bait in material-storing box 11, push the bait put in place to fall from feed opening, dropping on the material packed up overturns on supporting plate 5, the input of pressing palette activation lever 6 is pushed up at lever plectrum 9, when the upset of bait upset supporting plate 5 is opened, sector gear 15 and gear 14 form empty engagement, feeding spiro rod 12 stops feeding, and feeding spiro rod 12 feeding is only carried out when bait upset supporting plate 5 closes.Due to every day, the flux and reflux of seawater has certain rule, automatic makeup bait device certain frequency and quantity delivered externally can provide bait, at the incoming tide, bait container 2 rises with sea water level, in uphill process, drag-line 4 pulls wind spring sheet downwards, wind spring sheet 8 is launched gradually, when wind spring sheet 8 moves the end to, wind spring sheet 8 is in the minimum point of cable reel 7 with the tie point of cable reel 7, and plectrum hides groove now have passed through cable reel 7 circumference minimum point prior to wind spring sheet 8 and the tie point of cable reel 7, plectrum hides groove through minimum point, lever plectrum 9 is due to by constraint relief, lever plectrum 9 is hidden groove from plectrum and is routed up under Gravitative Loads, bait container 2 continues to rise across the sea, when cable reel 7 continues to rotate clockwise, lever plectrum 9 position starts to raise, though lever plectrum 9 outer end routed up is unsettled, but the inner is then close to plectrum and is hidden groove, be subject to the support that plectrum hides groove, thus certain extruding holding capacity can be possessed, lever plectrum 9 pushes up pressing palette activation lever 6 input, overcome the pressure of stage clip, such supporting plate activation lever 6 output declines, remove the stop to bait upset supporting plate 5, therefore bait upset supporting plate 5 can overturn downwards, certain interval is produced between bait upset supporting plate 5 free end and bait container 2 inwall, bait on bait upset supporting plate 5 falls into bottom bait container 2 along inclined plane, and then be transported to fish shelter region under water by carrier pipe 3, during ebb tide, bait container 2 is with sea water level decreasing, wind spring sheet 8 rolling, lever plectrum 9 is pushed back plectrum hide groove and be wrapped on cable reel 7 layer by layer, supporting plate activation lever input is only by the tractive of stage clip 10, make supporting plate activation lever 6 output is lifted, withstand bait upset supporting plate 5, thus bait upset supporting plate 5 can hold the bait of automatic makeup bait unit feeding.
Claims (9)
1. can strengthen the artificial fish shelter of ecosystem carrying capacity for one kind, comprise the reefs (1) not in seawater, it is characterized in that also comprising bait container (2), bait upset supporting plate (5), supporting plate activation lever (6), cable reel (7), wind spring sheet (8) and lever plectrum (9), bait container (2) floats on sea, bait container (2) bottom is provided with carrier pipe (3), reefs (1) is provided with drag-line (4), bait upset supporting plate (5) is hinged on bait container (2) inwall, supporting plate activation lever (6) output is positioned at bait upset supporting plate (5) below, stage clip (10) is connected with between supporting plate activation lever (6) input and bait container (2), cable reel (7) is rotatably connected on bait container (2) inwall, wind spring sheet (8) inner termination is fixed on cable reel (7), wind spring sheet (8) external end head is connected with drag-line (4) top, cable reel (7) side face is provided with one can be held the plectrum that lever plectrum (9) entirety is hidden into and hide groove, lever plectrum (9) is hinged on the inclined outer rim place that plectrum hides groove bottom land, lever plectrum (9) routs up plectrum when hiding groove, lever plectrum (9) is positioned at below supporting plate activation lever (6) input, automatic makeup bait device is also provided with in bait container (2), what reefs (1) was provided with optical fiber (19) and branch shape plants algae frame (20), optical fiber (19) one end is provided with optical collector, the other end is provided with emitter (21), optical collector is exposed on sea, emitter (21) is fixed on plants algae frame (20) top.
2. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, it is characterized in that described automatic makeup bait device comprises material-storing box (11) and feeding spiro rod (12), feeding spiro rod (12) is rotatably connected in material-storing box (11), feed opening (13) is provided with bottom material-storing box (11) one end, feeding spiro rod (12) one end is exposed to material-storing box (11) outward, the bared end of feeding spiro rod (12) is provided with gear (14), and the axostylus axostyle of cable reel (7) is provided with the sector gear (15) that can engage with gear (14).
3. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, is characterized in that the input arm of force of supporting plate activation lever (6) is greater than the output arm of force of supporting plate activation lever (6).
4. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, it is characterized in that bait container (2) inwall is provided with lever support, supporting plate activation lever (6) is hinged on lever support.
5. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, is characterized in that bait container (2) bottom is in funnel-form.
6. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, is characterized in that bait container (2) is provided with dismountable protecting cover.
7. the artificial fish shelter strengthening ecosystem carrying capacity according to claim 1, is characterized in that carrier pipe (3) bottom and reefs (1) company of fastening.
8. the artificial fish shelter of the ecosystem carrying capacity strengthened according to claim 1 or 2 or 3 or 4 or 5 or 6 or 7, it is characterized in that optical collector is located on bait container (2), optical fiber (19) is fixed on drag-line (4).
9. the artificial fish shelter of the ecosystem carrying capacity strengthened according to claim 1 or 2 or 3 or 4 or 5 or 6 or 7, is characterized in that planting on algae frame (20) and is installed with emitter fixed support (22), and emitter (21) is fixedly arranged on emitter fixed support (22).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510268905.1A CN105075935A (en) | 2015-05-22 | 2015-05-22 | An artificial fish reef capable of strengthening ecological carrying capacity |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510268905.1A CN105075935A (en) | 2015-05-22 | 2015-05-22 | An artificial fish reef capable of strengthening ecological carrying capacity |
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| CN105075935A true CN105075935A (en) | 2015-11-25 |
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3996895A (en) * | 1973-09-17 | 1976-12-14 | Wiegardt Jr John L | System for growing concentrated populations of oysters and related shellfish |
| US4061110A (en) * | 1976-07-26 | 1977-12-06 | Steidle Wallace C | Apparatus and method for the farming of clams |
| US4621588A (en) * | 1985-12-20 | 1986-11-11 | Sherwood Harris | Shellfish cultivator |
| CN102487865A (en) * | 2011-12-05 | 2012-06-13 | 浙江海洋学院普陀科学技术学院 | Reef cage complex |
| CN202476270U (en) * | 2012-02-01 | 2012-10-10 | 华侨大学 | Artificial reef |
| CN203181795U (en) * | 2013-02-03 | 2013-09-11 | 吴三社 | Sight viewing fish food automatic feeding device |
| CN104304102A (en) * | 2014-09-16 | 2015-01-28 | 浙江省海洋水产研究所 | Multifunctional artificial fish reef |
-
2015
- 2015-05-22 CN CN201510268905.1A patent/CN105075935A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3996895A (en) * | 1973-09-17 | 1976-12-14 | Wiegardt Jr John L | System for growing concentrated populations of oysters and related shellfish |
| US4061110A (en) * | 1976-07-26 | 1977-12-06 | Steidle Wallace C | Apparatus and method for the farming of clams |
| US4621588A (en) * | 1985-12-20 | 1986-11-11 | Sherwood Harris | Shellfish cultivator |
| CN102487865A (en) * | 2011-12-05 | 2012-06-13 | 浙江海洋学院普陀科学技术学院 | Reef cage complex |
| CN202476270U (en) * | 2012-02-01 | 2012-10-10 | 华侨大学 | Artificial reef |
| CN203181795U (en) * | 2013-02-03 | 2013-09-11 | 吴三社 | Sight viewing fish food automatic feeding device |
| CN104304102A (en) * | 2014-09-16 | 2015-01-28 | 浙江省海洋水产研究所 | Multifunctional artificial fish reef |
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Application publication date: 20151125 |