CN106818583A - A kind of deep-sea breeding system for spreading feed automatically - Google Patents
A kind of deep-sea breeding system for spreading feed automatically Download PDFInfo
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- CN106818583A CN106818583A CN201611203255.3A CN201611203255A CN106818583A CN 106818583 A CN106818583 A CN 106818583A CN 201611203255 A CN201611203255 A CN 201611203255A CN 106818583 A CN106818583 A CN 106818583A
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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 present invention discloses a kind of deep-sea breeding system for spreading feed automatically, for deep-water net cage culture, including feed production system, land transportation system, storage system, marine transportation system and aquaculture net cage system；Feed production system is Feed Manufacturing producer, for the production of feed；Land transportation system includes feed transfer conduit, for feed land transportation；Storage system be storage tank；Marine transportation system includes haul ship, for the transport of feed；Aquaculture net cage system includes several floating platforms, and collecting bin and support are provided with floating platform, and collecting bin lower section is provided with discharge nozzle, discharge nozzle is provided with material mouth controller, rotated on support and be provided with runner, runner radiation is provided with some spreading handles, and spreading plate is provided with the spreading handle.Compared with prior art, the present invention provides a kind of intensive, industrialization, the deep-sea breeding system of scale, substantially increases cultivation quality, reduces aquaculture cost, additionally it is possible to monitors the situation of cultivating system at any time.
Description
Technical field
The present invention relates to fishery cultivating field, more particularly to a kind of deep-sea breeding system for spreading feed automatically.
Background technology
China coastline is very long, and marine product enriches, but with the overfishing of marine product, resource is more and more deficienter, marine products
Product supply is increasingly dependent on sea-farming.However, the offshore Exploitation degree such as China river mouth and bay has attained saturation, and it is extensive
The problems such as aquaculture model causes environmental degradation, seriously polluted, disease to increase, the decline of aquaculture organism health quality, show near
Bank sea-farming pattern has been on the verge of Development limitation.The deep water sea area of more than depth of water 20m is away from seashore and opposing open, and water quality is natural
Pollution-free, seawater good fluidity, self-purification capacity are strong, are high-quality sea-farming virgin land leaved for development.Foreign countries are with Norway as generation
The deep-water net cage culture of table obtains immense success, and since " 15 ", country and governments at all levels have put into substantial contribution and opened for the country
Open up the introduction of deep-water net cage culture, absorptions, develop, successively achieved on Shandong, Zhejiang, Guangdong, Hainan and other places and many successfully passed through
Test, deep-water net cage culture technology is turned into the trend of culturing marine products development.
Compared to traditional cage culture, deep water mesh cage industrial park can not only obtain significant economic benefit, ecological benefits, also for
Border on the sea industry, warehouse logisticses and coastal tourism vacates immediate offshore area development.Meanwhile, deep water mesh cage industry is one and huge is
System engineering, carries huge industrial groups.Deep water mesh cage equipment covers the industries such as net cage material, processing and manufacturing, electromechanical equipment,
Deep-water net cage culture will be radiated and drive processing of aquatic products circulation, seed rearing, bait production, disease control and amusement and travel etc.
Each field.All-round developing deep water mesh cage, is the important channel for changing fishery economic development pattern, is that lifting fishery industry core is competing
The important carrier of power is striven, is the important channel for leading fisherman's increased income to get rich, be the important measure for optimizing the marine eco-environment.
Cage culture mode extensive use in inshore fishing cultivation, existing net cage is made up of the pipeline being connected with each other,
Pipeline connection fishing net is constructed to the living area of fish.Coastal area typhoon disaster takes place frequently, and aquaculture net cage is often subjected to billow
Attack, existing net cage is directly connected to form by pipeline, and structural soundness is poor to be easily damaged, once section of tubing damages then past
Toward needing to change integrated piping, maintenance cost is high, and economic benefit is not good enough.Traditional deep water mesh cage is in tens meters under water in itself,
Material culture and net cage can not at any time be observed, grasp situation of change under water, otherwise to watch material culture net cage is raised on sea,
Send diver to dive to underwater observation, it is necessary to multi agent cooperation could be completed, cost of labor is very high, and taken using manual type
It is work, time-consuming, it is difficult to form intensive, industrialization.
The Deep sea net cage cultivation of current China is still fed by the way of artificial dispensing feed, then as Deep sea net cage
Cultivation advantage is highlighted, and the net cage quantity of China's independent research increases sharply, Deep sea net cage cultural technique is widely applied, and leads
Cause breeding feed feeds dynamics increase, thereby results in and is short of hands, and labour intensity is excessive, and work is dangerous to be increased, and is worked as
Preceding feed is packed using quantifying, and artificial shipping and delivery cost is high, and the problems such as the easy appearance breakage plague of rats.
The content of the invention
The present invention is directed to deficiency of the prior art, there is provided a kind of intensive, industrialization, the deep-sea breeding system of scale
System, substantially increases cultivation quality, reduces aquaculture cost, additionally it is possible to monitor the situation of cultivating system at any time, solve at this stage
Deep sea net cage cultivation feed life insurance shortage, labour intensity is excessive, artificial shipping and delivery cost is high, storage cracky the problems such as from
The dynamic deep-sea breeding system for spreading feed.
In order to solve the above-mentioned technical problem, the present invention is addressed by following technical proposals：One kind for spreading feeding automatically
The deep-sea breeding system of material, including feed production system, land transportation system, storage system, marine transportation system and culturing net
Case system；The feed production system is Feed Manufacturing producer, for the production of feed；The land transportation system includes feed
Transfer conduit, for feed land transportation；Described storage system is storage tank；The marine transportation system includes haul ship,
For the transport of feed；The aquaculture net cage system include several floating platforms, the connecting pipe of connection floating platform and in floating platform and
The observation ball of activity, is provided with storage bin in the space that connecting pipe is connected on the haul ship, and the storage bin is provided with
Inclined skew wall, skew wall top is provided with conveyer belt, be provided with the belt of the conveyer belt some strut rail bars so as to
Convenient transport feed, the belt both sides of the conveyer belt are provided with baffle plate so as to prevent feed from dropping, and the storage bin bottom sets
Lower concave part is equipped with, the least significant end of the conveyer belt is arranged at the lower concave part, and the most significant end of the conveyer belt stretches out the storing
Outside storehouse, floating platform top transverse and longitudinal is staggeredly equipped with some place's grooves, and the section of the groove is "convex" shaped, in the groove
Some pieces of mounting bases are installed, the mounting base bottom is provided with connecting portion, and the connecting portion is connected with limiting section, described
For circular so as to facilitate mounting base to be slided in groove, the limiting section is stuck in institute in the cross section of connecting portion and the limiting section
State so as to avoid mounting base from departing from the groove in groove, the mounting base center is provided with counterbore, the counterbore base
Screwed hole is connected with, stop screw is installed in the screwed hole, the stop screw can withstand bottom portion of groove and cause after tightening
The limiting section is pressed on the inner surface of groove so as to mounting base be fixed, and shooting is provided with the mounting base
Head, alarm and fishing net connecting seat, are provided with collecting bin and support on the floating platform, the collecting bin lower section is provided with discharging
Pipe, the discharge nozzle is provided with material mouth controller for controlling the discharging bore of discharge nozzle, and rotation is provided with and turns on the support
Wheel, the runner radiation is provided with some spreading handles, and spreading plate is provided with the spreading handle, and the spreading front edge of board sets
It is equipped with inclined front apron and tail end is provided with vertical backboard, the runner lower section is provided with the striker plate of arc, described
Striker plate is connected with oblique striker plate.
Preferably, the floating platform is to be provided with two connection ends on four side walls of four square box and casing,
Through a connecting hole is set on the connection end, the connection end is connected with the connecting pipe by screw thread, institute
State and hole is provided through on connecting pipe, cut corresponding with the connecting hole of the through hole is passed through so as to avoid connection by bearing pin
Termination and connecting pipe rotate, and are provided with inner tube in the connecting pipe, said inner tube be provided with two it is symmetrical and vertically
Plane, said inner tube center be provided with median septum and two ends be divided into by the median septum, said inner tube is internally provided with two blocks of magnetic
Body and magnet are separated in different two parts of inner tube by median septum, and muscle is provided between said inner tube and the connecting pipe
Plate, is provided with several through holes on the gusset, some foams are provided between the gusset and the connecting pipe inwall
Rod.
Preferably, video monitoring apparatus are provided with the observation ball and the video monitoring apparatus is by being arranged at observation ball
The observation window in front is monitored, and observation top dome portion sealing is provided with top cover, and the top cover lower section is provided with the observation
The control centre of ball, the observation ball back is provided with electromagnet, and the electromagnet center is provided with range finder, the sight
Examine ball bottom and be provided with outlet pass, web plate is provided with outside the outlet pass, the observation ball is by controlling suction and discharge seawater
To adjust its drifting along in water.
Preferably, proportion of the proportion of the top cover less than water.
Compared with prior art, the present invention is advantageous in that：A kind of intensive, industrialization, the depth of scale are provided
Extra large cultivating system, substantially increases cultivation quality, reduces aquaculture cost, additionally it is possible to monitor the situation of cultivating system at any time, and
And aquaculture net cage system architecture steadiness is more preferably, once the connecting pipe of net cage is impaired can be individually replaced, without entirety more
Change pipeline, substantially reduce maintenance costs, meet economic benefit, solve Deep sea net cage cultivation at this stage feed life insurance shortage,
Labour intensity is excessive, artificial shipping and delivery cost is high, storage cracky the problems such as.
Brief description of the drawings
Fig. 1 is floating platform structural representation of the invention.
Schematic diagram when Fig. 2 is conveyer belt and the runner work of storage bin of the present invention.
Fig. 3 is connecting pipeline structure schematic diagram of the invention.
Fig. 4 is mounting base structural representation of the invention.
Fig. 5 is observation spherical structure schematic diagram of the invention.
Specific embodiment
The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
See Fig. 1 to Fig. 5, a kind of deep-sea breeding system for spreading feed automatically, including feed production system, land transportation
System, storage system, marine transportation system and aquaculture net cage system；The feed production system is Feed Manufacturing producer, is used for
The production of feed；The land transportation system includes feed transfer conduit, for feed land transportation；Described storage system is
Storage tank；The marine transportation system includes haul ship, for the transport of feed；The aquaculture net cage system is floating including several
The connecting pipe 3 and movable observation ball 4 in the space that floating platform 1 and connecting pipe 3 are connected into of platform 1, connection floating platform 1, institute
State and storage bin 5 is provided with haul ship, the storage bin 5 is provided with inclined skew wall 51, the top of the skew wall 51 is provided with biography
Band 52 is sent, some strut rail bars are provided with the belt of the conveyer belt 52 so as to convenient transport feed, the conveyer belt 52
Belt both sides are provided with baffle plate so as to prevent feed from dropping, and the bottom of the storage bin 5 is provided with lower concave part 53, the conveyer belt 52
Least significant end be arranged at the lower concave part 53, the most significant end of the conveyer belt 52 is stretched out outside the storage bin 5, and the floating platform 1 is pushed up
Portion's transverse and longitudinal is staggeredly equipped with some place's grooves 13, and the section of the groove 13 is "convex" shaped, if being provided with the groove 13
Dry block mounting base 2, the bottom of the mounting base 2 is provided with connecting portion 23, and the connecting portion 23 is connected with limiting section 24, described
The cross section of connecting portion 23 and the limiting section 24 for circular so as to facilitate mounting base 2 to be slided in groove 13, it is described spacing
Portion 24 is stuck in the groove 13 so as to avoid mounting base 2 from departing from the groove 13, and it is heavy that the center of the mounting base 2 is provided with
Hole 231, the bottom of the counterbore 231 is connected with screwed hole 241, the screwed hole 241 and is provided with stop screw, the spacing spiral shell
Nail can withstand the bottom of groove 13 after tightening so that the limiting section 24 is pressed on the inner surface of groove 13 so as to by mounting base 2
It is fixed, camera, alarm and fishing net connecting seat is installed on the mounting base 2, is provided with the floating platform 1 and gathered materials
Storehouse 6 and support 7, the lower section of the collecting bin 6 are provided with discharge nozzle 61, and the discharge nozzle 61 is provided with material mouth controller 62 for controlling
The discharging bore of expects pipe is made, is rotated on the support 7 and is provided with runner 71, the radiation of the runner 71 is provided with some spreading hands
Handle, is provided with spreading plate 72 on the spreading handle, the front end of spreading plate 72 is provided with inclined front apron and tail end is set
There is vertical backboard, the lower section of the runner 71 is provided with the striker plate 73 of arc, and the striker plate 73 is connected with oblique striker plate
731。
In present embodiment, the floating platform 1 is to be provided with two companies on four square box and four side walls of casing
Termination 11 is connect, through a connecting hole 12 is set on the connection end 11, the connection end 11 and the connecting pipe 3 are logical
Cross screw thread to be connected, be provided through hole 33 on the connecting pipe 3, the through hole 33 and connecting hole 12 is corresponding cuts
Passed through so as to avoid connection end 11 and connecting pipe 3 from rotating by bearing pin, inner tube 31 be provided with the connecting pipe 3,
Said inner tube 31 is provided with two symmetrical and vertical planes, and the center of said inner tube 31 is provided with median septum and by the median septum point
It is two ends, said inner tube 31 is internally provided with two pieces of magnets and magnet is separated in different two parts of inner tube 31 by median septum,
Gusset 311 is provided between said inner tube 31 and the connecting pipe 3, several through holes are provided with the gusset 311, it is described
Some foam rods 32 are provided between gusset 311 and the inwall of the connecting pipe 3.
In present embodiment, it is provided with video monitoring apparatus in the observation ball 4 and the video monitoring apparatus is by setting
Observation window 41 in the front of observation ball 4 is monitored, and the top sealing of the observation ball 4 is provided with top cover 42, under the top cover 42
Side is provided with the control centre of the observation ball 4, and the back of observation ball 4 is provided with electromagnet 43, and the electromagnet 43 hits exactly
Range finder 45 is provided with, observation ball 4 bottom is provided with outside outlet pass 44, the outlet pass 44 and is provided with web plate 441,
The observation ball 4 is by controlling suction and discharge seawater to adjust its drifting along in water.
In present embodiment, the proportion of the proportion less than water of the top cover 42.
In present embodiment, feed is transmitted by Feed Manufacturing manufacturer production, then feed transfer conduit.It is transported to
Behind harbour collecting and distributing centre, can load in storage tank so as to carry out marine transportation.After transport to seawater fishery center, at center
Stored.When needing to be fed, then aquaculture net cage system is transported to by haul shipping fed.
In present embodiment, aquaculture net cage system architecture steadiness of the invention is more preferable, once the connecting pipe of net cage is received
Damage can be individually replaced, without integral replacing pipeline.Specifically, cultivation net cage system is exactly divided into floating platform 1, connecting tube
Several parts such as road 3 and observation ball 4.Wherein floating platform 1 and connecting pipe 3 coordinate assembling to form the framework of aquaculture net cage, Ran Houbu
Upper fishing net, so as to form a culturing area.The then activity in this culturing area of observation ball 4, monitors in this region
Situation.
In present embodiment, need stabilization that some servicing units are installed on floating platform 1, therefore there is provided mounting base 2 is used
In these devices of installation, and the screwed hole 21 of several installations is opened up on mounting base 2.And mounting base 2 needs
It is stably mounted on floating platform 1, and it also requires being capable of adjustment position.Therefore some interlaced arrangements are provided with floating platform 1 to obtain
Then groove 13, be provided with connecting portion 23 and limiting section 24 in the bottom of mounting base 2 matchedly.So mounting base 2 according to
By limiting section 24 can slide in the groove 13 without departing from.In order to realize positioning, the center of mounting base 2 is provided with counterbore
231, the bottom of counterbore 231 is connected with screwed hole 241, screwed hole 241 and is provided with stop screw, and stop screw can withstand after tightening
The bottom of groove 13 causes limiting section 24 to be pressed on the inner surface of groove 13 so as to mounting base 2 be fixed.The present invention this
Sample is set, and can be achieved with mounting base 2 can either move on floating platform 1, additionally it is possible to be stably fixed on floating platform 1.
In present embodiment, connecting pipe of the invention 3 is to utilize to be threaded on floating platform 1, and in order to connect
More firmly, through hole 33 is provided with connecting pipe 3, then matchedly, connection is set on connection end 11
Hole 12, bearing pin is installed by between through hole 33 and connecting hole 12, so as to prevent connecting pipe 3 and connection end 11 from turning mutually
Dynamic, so both would not be away from one another.
In present embodiment, the front end for observing ball 4 is provided with video monitoring apparatus work that observation window 41 facilitates its inside.
Then in order to avoid observation ball 4 knocks floating platform 1 and connecting pipe 3.Two pieces of magnets are placed inside connecting pipe 3, in observation
Electromagnet 43 is provided with ball 4, and is also provided with range finder 45.When range finder 45 is detected near jobbie
When, then opening the electric current of electromagnet 43 makes its work, so when near magnet, then can produce mutually exclusive magnetic force, thus
Observation ball 4 can be avoided to knock floating platform 1 or connecting pipe 3.
In present embodiment, some foam rods 32 are provided with inside connecting pipe 3, connecting pipe 3 can either be increased
Buoyancy, additionally it is possible to so that connecting pipe 3 more have toughness, meet with typhoon or billow when be not easily broken.
In present embodiment, in order to obtain bigger cultivation scope, can again be set between two connecting pipes 3
Connection lock piece is put, two connecting pipes 3 are linked into an integrated entity, so that scope expands.
In present embodiment, when feeding nursing is carried out, it is necessary to the feed on haul ship is delivered in cultivation scope, but
The feeding that can not excessively concentrate again.In order to solve this problem, the present invention is provided with storage bin 5 on haul ship to be used for temporarily
Storage feed.And a side wall of storage bin 5 is set to it is skewed, above this oblique side wall install conveyer belt 52 so as to
The feed of storage bin 5 is transported.
In present embodiment, while being provided with collecting bin 6 on floating platform 1, collect to come from the transport of storage bin 5 for interim
Feed.The discharge nozzle 61 of discharge adjustable speed is provided with the bottom of collecting bin 6.The discharging speed of discharge nozzle 61 relies on material mouth
Controller 62 by adjust feed by caliber size and be adjusted.Then the runner for rotating is also provided with floating platform 1
71,71 on the runner on be mounted with spreading plate 72.First fall on spreading plate 72 from the feed out of discharge nozzle 61, then in runner
Under 71 rotation, thrown out by spreading plate 72, feeding is completed on water surface for aquaculture so as to fall.In order that obtain spreading plate 72 can get rid of
Go out more feeds, there is provided inclined front apron 721 and tail end is provided with vertical backboard 722, so as to form one
Container similar to water ladle conveniently collects feed.
In present embodiment, in order to the feed being projected out after preventing some from falling on spreading plate 72 is wasted again, this hair
The bright striker plate 73 and oblique striker plate 731 for being also provided with arc.The feed that will be projected out is coordinated to be oriented to water surface for aquaculture by both
On, it is to avoid waste.
In present embodiment, the present invention provides a kind of intensive, industrialization, the deep-sea breeding system of scale, carries significantly
Cultivation quality high, reduce aquaculture cost, additionally it is possible to monitor the situation of cultivating system, and aquaculture net cage system architecture at any time
Steadiness more preferably, once the connecting pipe of net cage is impaired can be individually replaced, without integral replacing pipeline, substantially reduces maintenance
Cost of upkeep, meets economic benefit, solves Deep sea net cage cultivation at this stage and feeds that life insurance shortage, labour intensity is excessive, people's frock
The problems such as unloading high cost, storage cracky.
Protection scope of the present invention includes but is not limited to embodiment of above, and protection scope of the present invention is with claims
Be defined, any replacement being readily apparent that to those skilled in the art that this technology is made, deformation, improvement each fall within it is of the invention
Protection domain.
Claims (4)
1. a kind of deep-sea breeding system for spreading feed automatically, for deep-water net cage culture, it is characterised in that：Including feed life
Product system, land transportation system, storage system, marine transportation system and aquaculture net cage system；The feed production system is feeding
Material manufacturer, for the production of feed；The land transportation system includes feed transfer conduit, for feed land transportation；
Described storage system is storage tank；The marine transportation system includes haul ship, for the transport of feed；The aquaculture net cage
System includes several floating platforms（1）, connection floating platform（1）Connecting pipe（3）And in floating platform（1）And connecting pipe（3）Connection
Into space in activity observation ball（4）, storage bin is provided with the haul ship（5）, the storage bin（5）It is provided with inclination
Skew wall（51）, the skew wall（51）Top is provided with conveyer belt（52）, the conveyer belt（52）Belt on be provided with it is some
Bar strut rail bar is so as to convenient transport feed, the conveyer belt（52）Belt both sides be provided with baffle plate so as to prevent feed from dropping,
The storage bin（5）Bottom is provided with lower concave part（53）, the conveyer belt（52）Least significant end be arranged at the lower concave part（53）,
The conveyer belt（52）Most significant end stretch out the storage bin（5）Outward, the floating platform（1）Top transverse and longitudinal is staggeredly equipped with some places
Groove（13）, the groove（13）Section be "convex" shaped, the groove（13）Some pieces of mounting bases are inside installed（2）,
The mounting base（2）Bottom is provided with connecting portion（23）, the connecting portion（23）It is connected with limiting section（24）, the connecting portion
（23）With the limiting section（24）Cross section for circle so as to facilitate mounting base（2）In groove（13）Interior slip, the limit
Position portion（24）It is stuck in the groove（13）It is interior so as to avoid mounting base（2）Depart from the groove（13）, the mounting base（2）
Center is provided with counterbore（231）, the counterbore（231）Bottom is connected with screwed hole（241）, the screwed hole（241）Interior installation
Limited location screw, the stop screw can withstand groove after tightening（13）Bottom causes the limiting section（24）It is pressed on groove
（13）Inner surface on so as to by mounting base（2）It is fixed, the mounting base（2）On camera, alarm are installed
With fishing net connecting seat, the floating platform（1）On be provided with collecting bin（6）And support（7）, the collecting bin（6）Lower section is provided with out
Expects pipe（61）, the discharge nozzle（61）It is provided with material mouth controller（62）Discharging bore for controlling discharge nozzle, the support
（7）Upper rotation is provided with runner（71）, the runner（71）Radiation is provided with some spreading handles, is set on the spreading handle
There is spreading plate（72）, the spreading plate（72）Front end is provided with inclined front apron and tail end is provided with vertical backboard, institute
State runner（71）Lower section is provided with the striker plate of arc（73）, the striker plate（73）It is connected with oblique striker plate（731）.
2. a kind of deep-sea breeding system for spreading feed automatically according to claim 1, it is characterised in that：The floating platform
（1）To be provided with two connection ends on four side walls of four square box and casing（11）, the connection end（11）
It is upper to run through one connecting hole of setting（12）, the connection end（11）With the connecting pipe（3）It is connected by screw thread, it is described
Connecting pipe（3）On be provided through hole（33）, the through hole（33）With the connecting hole（12）Corresponding cutting is worn by bearing pin
Cross so as to avoid connection end（11）And connecting pipe（3）Rotate, the connecting pipe（3）Inside it is provided with inner tube（31）,
Said inner tube（31）It is provided with two symmetrical and vertical planes, said inner tube（31）Center be provided with median septum and by this every
Plate is divided into two ends, said inner tube（31）It is internally provided with two pieces of magnets and magnet is separated in inner tube by median septum（31）Different two
In part, said inner tube（31）With the connecting pipe（3）Between be provided with gusset（311）, the gusset（311）On be provided with
Several through holes, the gusset（311）With the connecting pipe（3）Some foam rods are provided between inwall（32）.
3. a kind of deep-sea breeding system for spreading feed automatically according to claim 1, it is characterised in that：The observation
Ball（4）Inside it is provided with video monitoring apparatus and the video monitoring apparatus is by being arranged at observation ball（4）The observation window in front（41）
It is monitored, the observation ball（4）Top sealing is provided with top cover（42）, the top cover（42）Lower section is provided with the observation ball
（4）Control centre, the observation ball（4）Back is provided with electromagnet（43）, the electromagnet（43）Center is provided with distance
Detector（45）, the observation ball（4）Bottom is provided with outlet pass（44）, the outlet pass（44）It is provided with web plate outward（441）,
The observation ball（4）By controlling suction and discharge seawater to adjust its drifting along in water.
4. a kind of deep-sea breeding system for spreading feed automatically according to claim 3, it is characterised in that：The top cover
（42）Proportion less than water proportion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611203255.3A CN106818583B (en) | 2016-12-23 | 2016-12-23 | Deep sea culture system for automatically scattering feed |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611203255.3A CN106818583B (en) | 2016-12-23 | 2016-12-23 | Deep sea culture system for automatically scattering feed |
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| CN106818583B CN106818583B (en) | 2020-03-31 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110250065A (en) * | 2019-07-05 | 2019-09-20 | 王君 | A kind of ocean feeds intake net cage |
| CN110786282A (en) * | 2019-11-05 | 2020-02-14 | 烟台市帅恒机械科技有限公司 | Multi-functional feeding device of aquaculture |
| CN110959563A (en) * | 2019-12-03 | 2020-04-07 | 广东联塑科技实业有限公司 | Buoyancy pipe unit and modular buoyancy net cage thereof |
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| CN105409859A (en) * | 2014-09-10 | 2016-03-23 | 深圳深水网箱科技有限公司 | Deep sea net cage culture feeding system and implementing method thereof |
| CN104273077A (en) * | 2014-10-10 | 2015-01-14 | 浙江张老汉生态鳖业股份有限公司 | Feeding boat for aquaculture |
| CN104839077A (en) * | 2015-06-09 | 2015-08-19 | 程勇 | Air-blowing feeding system for fishpond |
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| CN205526213U (en) * | 2016-02-26 | 2016-08-31 | 安徽天邦生物技术有限公司 | Novel simple and easy fodder promotes to be carried device |
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| CN110250065B (en) * | 2019-07-05 | 2021-12-10 | 广东南风王科技有限公司 | Ocean feeding net cage |
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