CN105766756B - A kind of Apostichopus japonicus in Ponds feeding system and feeding method - Google Patents
A kind of Apostichopus japonicus in Ponds feeding system and feeding method Download PDFInfo
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- CN105766756B CN105766756B CN201610300311.9A CN201610300311A CN105766756B CN 105766756 B CN105766756 B CN 105766756B CN 201610300311 A CN201610300311 A CN 201610300311A CN 105766756 B CN105766756 B CN 105766756B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The present invention provides a kind of Apostichopus japonicus in Ponds feeding system and feeds method, its main feature is that：Laterally aquiculture mesh cage is set to do reefglider along into drainage direction in sea pond, some PVC feeding pipelines are forward being fixed at the water inlet side, the bottom of pond certain altitude higher than sea pond along aquiculture mesh cage, PVC feeds and sets circular hole on pipeline, each PVC feeds the closed three-level pipeline of pipeline middle position connection and leads to sea pond side, and import the secondary canalization set along pond into drainage direction, secondary canalization reconnects a main pipeline, main pipeline connects self priming pump and Roots blower respectively by triple valve, and self priming pump is connected with feed processing trench bottom.Seed is launched in sea pond, carries out daily management, feeds method：In the growth busy season of stichopus japonicus, feed is fed.Mechanization degree of the present invention is high, can improve breeding efficiency, reduce labor intensity, reduces disease generation, lifting product quality and composite culture benefit.
Description
Technical field
The present invention relates to mariculture technology, specifically a kind of Apostichopus japonicus in Ponds feeding system and method is fed.
Background technology
Stichopus japonicus is just known as first of " marine products eight delicacies " since ancient times, and there is kidney tonifying, strengthening the essence, blood-nourishing, antitumor, raising to be immunized
The unique effects such as power, nutritive value are high.From 2003, the apostichopus japonicus culture industry size in China obtained swift and violent expansion, into
The highest sea-farming leading industry of the output value is cultivated for single variety, about 3,000,000 mu of stichopus japonicus aquaculture area, year have been developed in the whole nation
About 200,000 tons of yield, nearly 40,000,000,000 yuan of annual value of production.According to another statistics, the 80% of stichopus japonicus product consumption, which is concentrated mainly on, at present accounts for national people
Coastal area of the mouth less than 10%, with continuous intensification and the exploitation in inland market of the people to stichopus japonicus product cognition degree, thorn
The annual requirement of ginseng is had a high potential with the speed sustainable growth more than 10%, consumer market demand.
Stichopus japonicus is typical deposition feeding habits animal, mainly with the silt in bottom, organic substance, some bacteriums and primary dynamic
Thing is food.At present, Apostichopus japonicus in Ponds can be divided into two kinds of non-feeding type and feeding type, water quality is fertile or breeding density is less than 2
Head/m2Pond can not feed, but be rendered obvious by that stichopus japonicus is slow-growing, the culture-cycle is longer, feeding type is cultivated usually in water quality
Carried out in thinner or larger cultivation density pond, feed and liquid, the ooze rich in benthic diatom or artificial are ground with tangleweed
Based on mixed feed, feeding amount for culturing stichopus japonicus weight 3%~5%/time, 5~7 days feed once, and according to weather, water temperature with
And stichopus japonicus feeding activity situations such as be adjusted flexibly.Since the cultivating pool water surface is larger and is outdoor open environment, therefore feed
The method that the artificial full pool spilling head when rowing the boat can only be taken, it is not only time-consuming and laborious, extremely inefficient, and the feed splashed is distributed also not
Uniformly, cause that culturing stichopus japonicus growth differences are larger, skewness, local water also easily occurs for the more region of bottom of pond deposition feed
Matter induces disease with substrate canceration, and considerable influence is caused to the yield and product quality of stichopus japonicus.
For above industry demand present situation, how to design a set of Apostichopus japonicus in Ponds feeding system and feed method, solve
Mechanization, standardization and precision production level be low in current stichopus japonicus continental rise pond culture, serious waste of resources, production cost
High, the problem of production capacity is unstable, the industry ability to ward off risks is substantially insufficient, industry upgrading synergy is promoted, reaches production
Efficiently, energy saving, safe engineering production level, improves breeding efficiency, reduces labor intensity, reduces disease generation, lifting production
Product quality and composite culture benefit, this is current this area technical problem urgently to be resolved hurrily.
The content of the invention
The present invention is solution described problem existing in the prior art, there is provided a kind of Apostichopus japonicus in Ponds feeding system and feeding
Method, feeding system and the mechanization degree height for feeding method, can improve breeding efficiency, reduce labor intensity, reduce disease
Occur, lift product quality and composite culture benefit.
The purpose of the present invention is what is be achieved through the following technical solutions：A kind of Apostichopus japonicus in Ponds feeding system, including sea
The pond pool, sea pond set water inlet and water outlet, it is characterised in that along horizontal into drainage direction in the sea pond
Aquiculture mesh cage is set to do reefglider, along aquiculture mesh cage close to the water inlet side, the bottom of pond certain altitude higher than sea pond
Place forward fixes some PVC and feeds pipeline, and the PVC feeds and circular hole is set on pipeline, and each PVC feeds pipeline center position
Put the closed three-level pipeline of connection and lead to sea pond side, and import the secondary canalization set along pond into drainage direction, it is described
Secondary canalization reconnects one end of a main pipeline, and the other end of the main pipeline connects self priming pump and sieve respectively by triple valve
Thatch air blower, the other end of the self priming pump are connected with supporting feed processing trench bottom.
Improvement to above-mentioned technical proposal：The feed treatment trough is glass steel material, the feed processing
The groove bottom of groove is tilted in 8 ° -15 °, and agitating vane or stirring rod are equipped with groove.
The further of above-mentioned technical proposal is improved：After the aquiculture mesh cage stretching sea pond is fixed on polyethylene rope
Bottom of pond, set between every 2 row aquiculture mesh cage 1 row PVC to feed pipeline, every 7 PVC feed pipeline middle position connect one it is close
The three-level pipeline closed leads to sea pond side.
The further of above-mentioned technical proposal is improved：Sea water advanced at least 150cm in the sea pond, it is described
The circular hole spacing that PVC feeds on pipeline is 80-120cm, and the Circularhole diameter is divided into two kinds of specifications of size, and the PVC feeds pipe
Circular hole of the road middle position at least in 1/3 length is small dimension circular hole, and it is big specification that the PVC, which feeds remaining circular hole on pipeline,
Circular hole.
The further of above-mentioned technical proposal is improved：The PVC feeds bottom of pond at least 15cm of the pipeline apart from sea pond,
It is 20-30mm that the PVC, which feeds pipe diameter, and the small dimension Circularhole diameter that the PVC is fed on pipeline is respectively 1.5-2mm,
Big specification Circularhole diameter is 2.5-3mm；The three-level pipe diameter is respectively 50-70mm；The main pipeline and secondary canalization are straight
Footpath is 70mm-100mm；The volume of the feed treatment trough is 3-6m3。
The further of above-mentioned technical proposal is improved：The Roots blower outlet wind pressure is not less than 60kPa, power
10-20kw；The self priming pump uses ZW self-sucking non-plugging dredge pumps, power 3kw-8kw, and flow is not less than 10m3/h。
A kind of feeding method of Apostichopus japonicus in Ponds feeding system, it is characterised in that the feeding method includes following step
Suddenly：
（1）Feeding system is set：System is fed installing the invention described above Apostichopus japonicus in Ponds along the mass-election apostichopus japonicus culture pond pool
System；
（2）Seed is launched：8 DEG C are risen to water temperature at the beginning of 3 months or when mid or late September water temperature is down to 21-23 DEG C, throw by the end of February
It is the juvenile stichopus of 10~15g/ to put specification, and seedling throw-in density is 40-50kg/ mu, during dispensing, seedling is put into be equipped with falls
20 mesh opening polyethylene mesh bags of stone, are uniformly launched near aquiculture mesh cage, aquiculture mesh cage can voluntarily be climbed up by sinking to the bottom rear seedling
Attachment；
（3）Daily management：Cultivating pool ensures that water quality is pure and fresh, changes water in due course according to weather condition, each quantity of exchanged water is at least
20%, while strengthen pond water Inversion phenomenon, the monitoring of dissolved oxygen water quality index, note abnormalities and change water immediately, during rainy season such as seawater salt
Spend it is low, stopping change water；The water inlet and water outlet set 60-100 mesh purse seine to intercept fish, shrimp, crab and its young, often
Every the observation of 10-15 world water, measurement stichopus japonicus growing state；
（4）Feeding method：It is annual by the end of February~4 month in, October~December be Northern Coastal Region stichopus japonicus the growth busy season, this
When need to feed suitable mixed feed to promote stichopus japonicus fast-growth, feeding volume by 1%~3% of culturing stichopus japonicus gross weight in pond,
Fed once, fed at night 20 every 3-5 days：00~24：00 carry out, feed 24 it is small when after do not change water；Do not changed on the day of feeding
Water；First fixed measured mixed feed is added in the feed treatment trough before feeding, adds fresh water or seawater to peak level,
Stirred evenly after adding with the agitating vane or stirring rod being equipped with feed treatment trough, 3~5h of static fermentation can be carried out later
Feeding, agitating vane or stirring rod are opened during feeding to be prevented feed precipitation, ensures that feeding is uniform, after feedstuff feeding, institute
State and add water all to go out remaining feed liquid in PVC feeding pipelines in feed treatment trough again.
The present invention has many advantages compared with prior art and good effect：
（1）Feeding system of the present invention and feeding method realize the mechanization of the culturing stichopus japonicus in outdoor outdoor pond first
Feed, labor intensity can be greatly reduced, save cost of labor, and also can be light in the case where there is wind etc. to be unfavorable for manually-operated weather
Pine completes to feed work.
（2）The influence of feeding system and method to apostichopus japonicus culture effect in the present invention is significantly better than traditional artificial feeding side
Method.The feed that this method is fed is evenly distributed, feeding volume control is accurate, phagostimulating effect is good, can improve the stichopus japonicus speed of growth 13%
Above, feed more than 11% is saved, and is conducive to culturing stichopus japonicus being uniformly distributed in bottom of pond, solves bottom of pond residual bait and stichopus japonicus office
The problems such as substrate deterioration caused by portion's density is excessive and anoxic, occur so that disease be greatly decreased, improve cultivation survival rate and production
Product specification.
（3）Feeding system of the present invention has the characteristics that simple installation, cost are low, service life is long, as cultivating pool has
If the paving oxygenating system of bottom, it is not necessary to individually additionally arrange pipeline, it is only necessary to which it is appropriate that wherein crucial arrange parameter is carried out according to the present invention
Transformation can reach similar effects.
（4）Feeding system of the present invention has the function of one tube multipurpose in the breeding process, that is, not only can use after setting installation
Feed is fed in daily, it may also be used for applying microorganism formulation, substrate modifier etc. for pond waters oxygenation and throwing, other cultivate throwing
Enter the function of product.
Brief description of the drawings
Fig. 1 is a kind of horizontal layout schematic diagram of Apostichopus japonicus in Ponds feeding system of the present invention；
Fig. 2 is the partial enlarged view of I meanings part in Fig. 1.
Embodiment
The present invention is described in further detail with reference to specific embodiment：
Referring to Fig. 1, Fig. 2, a kind of embodiment of Apostichopus japonicus in Ponds feeding system of the present invention, including sea pond, seawater
Pond 1 is provided with water inlet and water outlet.Edge laterally sets aquiculture mesh cage to do and joins into drainage direction in the sea pond 1
Reef, some are forward being fixed along aquiculture mesh cage at the water inlet side, the bottom of pond certain altitude higher than sea pond
PVC feeds pipeline 2, is fed in PVC and circular hole 3 is set on pipeline 2, and the middle position that each PVC feeds pipeline 2 connects closed three-level
Pipeline 4 leads to sea pond edge, and imports the secondary canalization 5 set along pond into drainage direction, and secondary canalization 5 reconnects one
One end of root main pipeline 8, the other end of main pipeline 8 connect self priming pump 10 and Roots blower 6, self-priming respectively by triple valve 7
The other end of pump 10 is connected with supporting 9 bottom of feed treatment trough.
Specifically：Above-mentioned feed treatment trough 9 is glass steel material, and the groove bottom of feed treatment trough 9 is tilted in 8 ° -15 °,
Agitating vane or stirring rod are equipped with groove.
The bottom of pond of sea pond is fixed on after above-mentioned aquiculture mesh cage stretching with polyethylene rope, is set between every 2 row aquiculture mesh cage
Put 1 row PVC and feed pipeline 2, every 7 PVC feed 2 middle position of a pipeline piece closed three-level pipeline of connection and lead to 4 to seawater pond
Side of a pond edge.Aquiculture mesh cage can use a kind of utility model patent " sea cucumber rock of the number of patent application for ZL200420047278.6
And holothruian cultures cylinder mould " disclosed in aquiculture mesh cage.
Sea water advanced at least 150cm in above-mentioned sea pond 1, the spacing that PVC feeds the circular hole 3 on pipeline 2 are
80-120cm, 3 diameter of circular hole are divided into two kinds of specifications of size, and PVC feeds circular hole 3 of 2 middle position of pipeline at least in 1/3 length and is
Small dimension circular hole 3.2, it is big specification circular hole 3.1 that PVC, which feeds remaining circular hole 3 on pipeline 2,.
Above-mentioned PVC feeds pipeline 2 and feeds 2 a diameter of 20- of pipeline apart from the bottom of pond at least 15cm, PVC of sea pond 1
3.2 diameter of small dimension circular hole that 30mm, PVC are fed on pipeline 2 is respectively 1.5-2mm, big 3.1 a diameter of 2.5- of specification circular hole
3mm；4 diameter of three-level pipeline is respectively 50-70mm；The diameter of main pipeline 8 and secondary canalization 5 is 70mm-100mm；At feed
The volume for managing groove 9 is 3-6m3。
Above-mentioned 6 outlet wind pressure of Roots blower is not less than 60kPa, power 10-20kw；Self priming pump 10 using ZW self-primings without
Blocking pollution discharging pump, power 3kw-8kw, flow are not less than 10m3/h。
A kind of embodiment of the feeding method of Apostichopus japonicus in Ponds feeding system of the present invention, feeding method is included such as
Lower step：
（1）Feeding system is set：Coastal, the above-mentioned Apostichopus japonicus in Ponds feeding system of the present invention is set；
（2）Seed is launched：8 DEG C are risen to water temperature at the beginning of 3 months or when mid or late September water temperature is down to 21-23 DEG C, throw by the end of February
It is the juvenile stichopus of 10~15g/ to put specification, and seedling throw-in density is 40-50kg/ mu, during dispensing, seedling is put into be equipped with falls
20 mesh opening polyethylene mesh bags of stone, are uniformly launched near aquiculture mesh cage, aquiculture mesh cage can voluntarily be climbed up by sinking to the bottom rear seedling
Attachment；
（3）Daily management：Cultivating pool ensures that water quality is pure and fresh, changes water in due course according to weather condition, each quantity of exchanged water is at least
20%, while strengthen pond water Inversion phenomenon, the monitoring of dissolved oxygen water quality index, note abnormalities and change water immediately, during rainy season such as seawater salt
Spend it is low, stopping change water；The water inlet and water outlet set 60-100 mesh purse seine to intercept fish, shrimp, crab and its young, often
Every the observation of 10-15 world water, measurement stichopus japonicus growing state；
（4）Feeding method：It is annual by the end of February~4 month in, October~December be Northern Coastal Region stichopus japonicus the growth busy season, this
When need to feed suitable mixed feed to promote stichopus japonicus fast-growth, feeding volume by 1%~3% of culturing stichopus japonicus gross weight in pond,
Fed once, fed at night 20 every 3-5 days：00~24：00 carry out, feed 24 it is small when after do not change water.Do not changed on the day of feeding
Water；First fixed measured mixed feed is added in the feed treatment trough before feeding, adds fresh water or seawater to peak level,
Stirred evenly after adding with the agitating vane or stirring rod being equipped with feed treatment trough, 3~5h of static fermentation can be carried out later
Feeding, agitating vane or stirring rod are opened during feeding to be prevented feed precipitation, ensures that feeding is uniform, after feedstuff feeding, institute
State and add water all to go out remaining feed liquid in PVC feeding pipelines in feed treatment trough again.
Referring to Fig. 1, Fig. 2, specific embodiment of the invention is as follows：
（1）Pond and attachment base are set：Apostichopus japonicus culture pond carries out this hair at coastal selection A, B, the C tri- in Yantai Haiyang City
The setting installation of bright feeding system, pond is silt substrate, and area is respectively A：20 mu, B：30 mu, C：40 mu, depth is
2.5 meters, minimum depth be not less than 1.5 meters.Pond is east, west to into draining, setting and cultivating along north-south in bottom of pond at three
Cylinder mould does reefglider, and cylinder mould selected as China Patent No. is the holothruian cultures cylinder mould of ZL 201120047278.6, is used after cylinder mould stretching
Polyethylene rope is fixed on bottom of pond, and line space is respectively A：3m、B：3.5m、C：4m.
（2）System is set：It is being higher than at bottom of pond 15cm forward fixing PVC feeding pipe close to pond water inlet side along cylinder mould
Road, every 2 row cylinder mould set 1 row, feed and are drilled with circular hole on pipeline, spacing is 1m, and Circularhole diameter is divided into two kinds of specifications, wherein leaning on
1/3 part at nearly pipeline center connection three-level pipeline is smaller, remaining 2/3 part is larger, and every 7 feeding pipelines middle position connects
Connect a closed three-level pipeline and lead to pool side, supervisor is reconnected after importing the secondary canalization set along pond into drainage direction
Road, sets threeway on main pipeline, is connected respectively with feeding pump and aeration blower fan, being respectively provided with valve between threeway and two pump machines opens
Close, the other end of feeding self priming pump is connected with supporting feed processing trench bottom, and treatment trough is glass steel material, and trench bottom is in
10 degree of overturning angles, groove is interior to be equipped with agitating vane or stirring rod.The feeding pipe diameter in three ponds is respectively A：20mm、B：
25mm、C：30mm, it is respectively A to feed pipeline Circularhole diameter：1.5mm, 2mm, B：2mm, 2.5mm, C：2.5mm、3mm；Triode
Road diameter is respectively A：50mm、B：60mm、C：70mm；Main pipeline and secondary canalization diameter are respectively A：70mm、B：80mm、C：
100mm；Supporting feed processing glass fibre reinforced plastic groove volume size is respectively A：3m3、B：5m3、C：6m3。
（3）Pump machine type selecting：Roots blower outlet wind pressure is not less than 60kPa, and three pond power selections are respectively A：
10kw、B：15kw、C：20kw.The characteristics of containing solid particle polluter in feed is fed according to stichopus japonicus, using ZW self-sucking non-blockages
For dredge pump as supporting feeding device, three pond power selections are respectively A：4kw、B：5.5kw、C：7.5kw, flow difference is not
Less than A：10m3/h、B：15m3/h、C：20m3/h.Feed and inflation main pipeline sets controlled valve respectively with pump machine junction, make
Used time switch valve as needed, start pump machine can uniform high-efficiency completion feed and oxygenation work.
（4）Seed is launched：By the end of February, water temperature at the beginning of 3 months rises to 8 DEG C or when mid or late September water temperature is down to 21-23 DEG C, launches rule
Lattice are the juvenile stichopus of 10~15g/, and three pond seedling throw-in density are respectively A：40kg/ mus, B：45kg/ mus, C：
50kg/ mus.During dispensing, seedling is put into the 20 mesh opening polyethylene mesh bags equipped with dropstone, uniform dispensing is attached in cylinder mould reefglider
Closely, the attachment of cylinder mould reefglider can voluntarily be climbed up by sinking to the bottom rear seedling.
（5）Daily management：Cultivating pool ensures that water quality is pure and fresh, changes water in due course according to weather condition, each quantity of exchanged water is about
20%, while strengthen the monitoring of the water quality index such as pond water Inversion phenomenon, dissolved oxygen, note abnormalities and change water immediately, during rainy season such as seawater
Salinity is too low, and water is changed in stopping.80 mesh purse seines are set to intercept enemy and its young such as fish shrimp crab at into row, the mouth of a river, every 10-15
World water observation, measurement stichopus japonicus growing state.
（6）Feeding method：It is annual by the end of February~4 month in, October~December be Northern Coastal Region stichopus japonicus the growth busy season, this
When need to feed suitable mixed feed to promote stichopus japonicus fast-growth, feeding volume by 1%~3% of culturing stichopus japonicus gross weight in pond,
Fed once, fed at night 20 every 3-5 days：00~24：00 carry out, feed 24 it is small when after do not change water.First will be fixed before feeding
Measured mixed feed is added in feed treatment trough supporting by pump machine, fresh water or seawater is added to peak level, after adding
Stirred evenly with the agitating vane or stirring rod of outfit, 3~5h of static fermentation can be fed later, opened and stirred during feeding
Mixing blade or stirring rod prevents feed precipitation, ensures to feed uniformly, after feedstuff feeding, adds water to feed pipeline again in groove
Interior remaining feed liquid is all gone out.
Using the feeding method of Apostichopus japonicus in Ponds feeding system of the present invention compared with manually feeding stichopus japonicus growing state, see
Following table：
Certainly, it is limitation of the present invention that described above, which is not, and the present invention is also not limited to the example above, the art
Those of ordinary skill, in the essential scope of the present invention, the variations, modifications, additions or substitutions made, should all belong to the present invention
Protection domain.
Claims (1)
- A kind of 1. feeding method of Apostichopus japonicus in Ponds feeding system, it is characterised in that the feeding method includes the following steps：（1）Feeding system is set：In coastal setting Apostichopus japonicus in Ponds feeding system, the Apostichopus japonicus in Ponds feeding system bag Sea pond is included, sea pond sets water inlet and water outlet, foster along laterally being set into drainage direction in the sea pond Grow cylinder mould and do reefglider, along aquiculture mesh cage close to the water inlet side, at the bottom of pond certain altitude higher than sea pond forward Fixed some PVC feed pipeline, and the PVC feeds and circular hole is set on pipeline, and it is closed that each PVC feeds the connection of pipeline middle position Three-level pipeline lead to sea pond side, and import the secondary canalization set along pond into drainage direction, the secondary canalization is again One end of a main pipeline is connected, the other end of the main pipeline connects self priming pump and Roots blower respectively by triple valve, The other end of the self priming pump is connected with supporting feed processing trench bottom；（2）Seed is launched：8 DEG C are risen to water temperature at the beginning of 3 months or when mid or late September water temperature is down to 21-23 DEG C, launch rule by the end of February Lattice are the juvenile stichopus of 10~15g/, and seedling throw-in density is 40-50kg/ mus, and during dispensing, seedling is put into equipped with dropstone 20 mesh opening polyethylene mesh bags, are uniformly launched near aquiculture mesh cage, and aquiculture mesh cage attachment can voluntarily be climbed up by sinking to the bottom rear seedling；（3）Daily management：Cultivating pool ensures that water quality is pure and fresh, and water is changed in due course according to weather condition, each quantity of exchanged water at least 20%, Strengthen pond water Inversion phenomenon, the monitoring of dissolved oxygen water quality index at the same time, note abnormalities and change water immediately, during rainy season such as seawater salinity mistake Low, water is changed in stopping；The water inlet and water outlet set 60-100 mesh purse seine to intercept fish, shrimp, crab and its young, every 10- 15 world water observations, measurement stichopus japonicus growing state；（4）Feeding method：It is annual by the end of February~4 month in, October~December be Northern Coastal Region stichopus japonicus the growth busy season, need at this time Suitable mixed feed is fed to promote stichopus japonicus fast-growth, feeding volume presses 1%~3% of culturing stichopus japonicus gross weight in pond, every Feed within 3-5 days once, feed at night 20：00~24：00 carry out, feed 24 it is small when after do not change water；It will first be quantified before feeding Mixed feed add in the feed treatment trough, add fresh water or seawater to peak level, feed treatment trough used after adding The agitating vane or stirring rod of middle outfit stir evenly, and 3~5h of static fermentation can be fed later, open and stir during feeding Mixing blade or stirring rod prevents feed precipitation, ensures to feed uniformly, after feedstuff feeding, adds again in the feed treatment trough The PVC is fed remaining feed liquid in pipeline and all gone out by water.
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| CN106614209A (en) * | 2016-09-30 | 2017-05-10 | 山东省海洋生物研究院 | Feeding system and method for apostichopus japonicas industrial aquaculture |
| CN106616016A (en) * | 2016-11-30 | 2017-05-10 | 大连海洋大学 | Stichopus japonicus low-salt-resistant feed and method for low-salt environment domestication of stichopus japonicus by using feed |
| CN109006598A (en) * | 2018-09-30 | 2018-12-18 | 烟台宗哲海洋科技有限公司 | A kind of pond culture Stichopus japonicus Selenka bait feeding method |
| CN112027291B (en) * | 2020-08-06 | 2022-04-22 | 中国水产科学研究院南海水产研究所深圳试验基地 | Penaeus monodon transportation box body and use method thereof |
| CN112369356B (en) * | 2020-12-01 | 2023-02-24 | 苑春亭 | Pond distribution box cultivation method for stichopus japonicus in late autumn and early spring |
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| KR101444134B1 (en) * | 2014-05-12 | 2014-10-01 | 대한민국 | Feeding apparatus for a marine- aquaculture by submersible and upward feeding type |
| CN104012423A (en) * | 2014-06-26 | 2014-09-03 | 苏州创维晟自动化科技有限公司 | Automatic fodder feeding system |
| CN104381184A (en) * | 2014-11-20 | 2015-03-04 | 山东科技职业学院 | Living bait feeding device in aquaculture production |
| CN204426374U (en) * | 2015-01-05 | 2015-07-01 | 陈克兰 | Air compressor machine combination micro-pore oxygen increasing device |
| CN205648729U (en) * | 2016-05-09 | 2016-10-19 | 山东省海洋生物研究院 | Stichopus japonicus is bred automatic throwing and raises device |
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