CN111919810A - Ecological three-dimensional planting and breeding device - Google Patents

Abstract

An ecological three-dimensional planting and breeding device, in particular to an ecological three-dimensional planting and breeding device which is not limited by red line of cultivated land and planning of breeding water areas, covers non-traditional and traditional planting and breeding spaces such as deserts, barren areas, decks of ocean ships and the like, ecologically purifies sewage, and realizes zero-emission three-dimensional planting and breeding. Comprises a multifunctional planting and breeding container and a multifunctional planting plate. Can culture fresh water fishes or plant fresh water plants in fresh water in the multifunctional seed culture container. Planting fresh water plants and culturing fresh water organisms in the bionic substance suitable for planting and culturing. The seawater fishes are cultivated in the seawater or seawater vegetables are planted in the seawater in the multifunctional seed and culture container. The marine organisms are cultured in the seawater which is suitable for planting and breeding of the bionic substances. And (4) planting fresh water plants in a three-dimensional manner on the multifunctional planting plate on the truss at the top of the multifunctional planting and breeding container. Irrigation water valves, rainwater and dew are utilized for irrigation. The energy supply device, the intelligent light supplementing system device, the plant protection system device and the intelligent monitoring and displaying system device jointly guarantee and promote the thriving of the planted plants.

Description

An ecological three-dimensional planting and breeding device

technical field

The invention relates to an ecological three-dimensional planting and breeding device, in particular to a non-traditional and traditional planting and breeding space that is not limited to the red line of arable land and breeding waters, covers deserts, barren areas and ocean-going ship decks, ecologically purifies sewage, Ecological three-dimensional planting and breeding device for zero-emission three-dimensional planting and breeding.

Background technique

The traditional way of planting can only be cultivated in the field, and the cultivation can only be carried out in the water. To expand the scale of production is limited by the red line of arable land and the planning of aquaculture waters. UN warns: Unprecedented food crisis is approaching! Microplastics are polluting fields, mountains, rivers and marine ecology with lightning speed. If aquatic organisms eat and irrigate water bodies containing plastic particles, there is a chance that the growth of aquatic organisms will be affected. Eating aquatic organisms is equivalent to eating food contaminated with plastic particles. Actively responding to plastic particle pollution is related to my country's ecological civilization construction and high-quality development.

The hollow glass microspheres mixed in the cooling paint can highly reflect the solar infrared and ultraviolet rays in the range of 400nm to 2500nm, prevent the sun's heat from accumulating on the surface of the object, and can automatically radiate heat to dissipate and cool down the surface of the object. Radiation into space to reduce the temperature of the object, even in cloudy days and nights, the cooling paint can radiate heat to reduce the temperature, and some put hollow microbeads with extremely low thermal conductivity in the cooling paint to isolate the transfer of heat energy, even in the atmosphere. When the temperature is very high, it can block the external heat and conduct it to the inside of the object. The three functions ensure the cooling of the object coated with the cooling coating, and ensure that the internal space of the object can maintain a lasting constant temperature state. The nano-black gold particles produced by Beijing Water Century Biotechnology Co., Ltd. can efficiently degrade and detoxify fertilizers and water.

In the journey of invention and creation, human beings must first absorb a large amount of the latest scientific and technological information, the latest existing technology and their own ideas, and use them for reference or re-optimize the combination to produce inventions and creations in the inheritance of modern meanings. Inventions and creations are also the process of theory guiding practice. . The common integrated innovation or secondary innovation in reality is to carry forward the advantages of two or more kinds of existing background technologies in the world, and to overcome the deficiencies for reference or to re-optimize the combination. As a result, an innovative technical solution is derived and deformed. The innovation of the re-optimized combination of two or more technical features, platforms, and weapons is by no means a simple accumulation. It is the basis of rational design, complementary advantages, and mutual sales of disadvantages of two or more existing background technologies in the world. The optimized combination of technical features on the Internet often obtains the technical effect of one plus one greater than two, and exerts a technical effect that is one or more orders of magnitude superior to the previous single technical feature. The flower in gardens and fields gathers material, but transforms and digests it with a power of its own." This is the invention and creation in the inheritance of modern meaning that is common in reality. Just like diamond and graphite are both made up of carbon atoms. But the combination of "isomers" between carbon atoms results in completely different properties. The common name of diamond is diamond. It is the hardest substance in nature, known as the "King of Hardness" and the King of Gems. Graphite is one of the softest substances. The so-called "Oranges born in Huainan are oranges, and those born in Huaibei are oranges", "repeated battles and repeated defeats and repeated battles". Therefore, it is very necessary to carry forward the advantages of the existing background technologies in the world, and to overcome the insufficient reference or optimize the combination. That is, the technological innovation in the inheritance of modern meaning. Develop an ecological three-dimensional planting and breeding device that is not limited to the red line of cultivated land and the planning of aquaculture waters, and covers non-traditional and traditional planting and breeding spaces such as deserts, barren areas, and ocean-going ship decks, and ecological zero-emission three-dimensional planting and breeding.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is to overcome the deficiencies of the background technology. Provide an ecological three-dimensional planting and breeding device that is not limited to the red line of cultivated land and the planning of aquaculture waters, and covers non-traditional and traditional planting and breeding spaces such as deserts, barren areas and ocean-going ship decks, and ecological zero-emission three-dimensional planting and breeding.

The technical scheme adopted by the present invention to solve the technical problem is:

The ecological three-dimensional planting and breeding device is composed of circular, square and rectangular multifunctional planting and breeding containers made of steel, composite materials, plastics, concrete and other materials with necessary technical characteristics. The top of the multifunctional planting container is open. A hoisting device for hoisting the multifunctional planting and breeding container is further improved on the top of the multifunctional planting and breeding container. The bottom side of the multifunctional planting and breeding container is further improved, and a planting and breeding water inlet valve which can make the planting and breeding water body in the multifunctional planting and breeding container generate a vortex is further improved. The planting and breeding water inlet valve has been further improved with additional functions such as intelligent adjustment and monitoring of planting and breeding water level, water quality and salinity. The multi-functional planting and breeding containers are further improved and additionally include mud, sand, stone, grid slate, oyster shells and other imitation ecological substances suitable for planting and breeding. The top of the multifunctional planting and breeding container is further improved and additionally includes various intelligent feeding devices such as feeding pipes and electric control valves. The bottom of the multi-functional farming container is further improved, and a farming harvesting valve is added to facilitate the harvesting of farmed fish. The multifunctional planting and breeding container is further improved and attached with various devices for vortex cooling and oxygenation of planting and breeding water. The multifunctional planting and breeding container is further improved and attached with various planting and breeding water circulation purification devices. The surface of the multifunctional farming container has various coatings including cooling coatings, ecological coatings, non-toxic coatings, anti-corrosion coatings and so on. The periphery of the multi-functional cultivation container is further improved with a roll-type or pull-type thermal insulation shading curtain adjustment system. The bottom of the multifunctional planting and breeding container is further improved with additional movable and height-adjustable feet such as tracks and wheels. Meet the needs of the overall displacement and horizontal fixation of the ecological three-dimensional planting and breeding device. The top truss of the multifunctional planting container is further improved with a multifunctional planting tray attached. The various multi-functional planting trays include a multi-functional planting tray with an opening on the top and an interconnected and combined fixing device. The bottom of the multi-functional planting tray is further improved and additionally includes an irrigation water valve with functions of intelligent adjustment, monitoring of irrigation water level and water quality. The multifunctional planting tray is further improved and additionally includes a variety of plant cultivation support materials such as culture solution or soil or perfluorosulfonic acid Nafion that can replace natural soil. The plant cultivation and cultivation support material is further improved and additionally includes superabsorbent resin and other substances with the function of maintaining moisture and fertilizer and increasing production. The plant cultivation and cultivation support material is further improved and additionally includes sterilization ion generating devices such as copper wire, silver, copper ion antibacterial fiber, and copper ion fiber fabric. The plant planting and cultivation support material is further improved and additionally includes an intelligent monitoring and display system device with plant condition data and imitation ecological planting material condition data. The plant cultivation and cultivation support material is further improved and added, including copper, TPX plastic, polymer hydrophilic plastic and other sheets with excellent thermal conductivity and hydrophilic condensation dew, and the outer surface of the dew condensation sheet is further improved and added. There are various cooling coatings, composite super-hydrophilic coatings and other devices for condensing dew irrigation. The top of the multi-functional planting tray is further improved and additionally includes a plant growth energy supply system device such as carbon dioxide generation to promote plant growth, sunlight collection and reception device, optical fiber sunlight introduction, sound wave generation to promote plant growth, and electrified cultivation technology device. The top of the multi-functional planting tray is further improved and additionally includes a variety of intelligent light-filling system devices that combine artificial light and natural light such as DIY laser plant growth lights, LED lights, etc., which are beneficial for plants to absorb special spectra in photosynthesis. The top of the multi-functional planting tray is further improved and additionally includes a plant protection system device that includes black light, ultraviolet light, blue LED light, plant protection light and other insecticide and sterilization spectrum generation. The top of the multi-functional planting tray is further improved and additional planting monitoring system devices including cameras, sensors, coupling devices, etc. are added to promote the healthy growth of plants. The top truss of the multi-functional planting tray is further improved with a rail system device for hanging and running sowing, irrigation, fertilization, feeding, management, fishing, and harvesting machinery. On the top truss of the multi-functional planting tray, the additional suspension and operation of intelligently regulated mechanical systems for sowing, irrigation, fertilization, feeding, management, fishing and harvesting are further improved to realize the modernization of agricultural production. The periphery of the top truss of the multifunctional planting tray is further improved and additionally covered with film covering materials or the periphery of the ecological three-dimensional planting and breeding device is further improved and additionally covered with various agricultural buildings including frame building structures and agricultural greenhouses.

The planting and breeding water body circulation purification device includes a device for circulating aeration and oxygenation, purification, ion sterilization and removal of plastic particles for the planting and breeding water body. The device for circulating aeration, oxygenation, purification, ion sterilization, and removal of plastic particles for planting and aquaculture water is equipped with a dirt vortex collection cover, an inverted T-shaped vortex filter, a water suction pipe, a pipeline, a water pump, and a separable and clean filter screen. , The filter tank for cleaning and replacing the filter material can be separated, the top is open, and the bottom has a vortex filter tank device with a pipe interface. It is characterized in that: a dirt vortex collection cover is provided above the imitation ecological material suitable for cultivation and cultivation in the multi-functional cultivation container, and an inverted T-shaped vortex filter water suction pipe is provided in the dirt vortex collection cover. There are reverse suction ports at both ends of the T-shaped vortex filter water suction pipe. The inverted T-shaped vortex filter water suction pipe is connected with a water pump inlet, a vortex filter tank with a top opening under the water pump outlet, and a pipeline interface at the bottom, an opening at the top, and a vortex filter tank with a pipeline interface at the bottom. The detachable and clean filter screen and the filter element tank for detachable cleaning and replacement of the filter material, the pipeline interface at the bottom of the vortex filter tank is connected to the pipeline of the multi-functional planting container and the planting water inlet valve or the water outlet above the multi-functional planting container. , In the filter element tank and the vortex filter tank that can be separated, cleaned and replaced, the vortex filter tank is further improved and additionally includes a variety of filtration, adsorption, and removal of plastic particles that can be cleaned and replaced to improve various types of filtration, adsorption, and removal of beneficial bacteria particles of plastic particles, sodium humate. , activated carbon, polyaluminum, egg shells and other water purification materials. Nano black gold particles that efficiently degrade and detoxify fertilizers and water, molecular sieves, filter membranes, adsorption materials, catalysts, plastic-eating bacteria, living robots and other materials to remove plastic particles. Copper wire, copper ion antibacterial fiber, copper ion fiber fabric and other materials that generate bactericidal ions in water. Photocatalyst water purification material, oxygen-carrying material, bionic oxygen-carrying and other oxygen-enhancing materials for oxygenating water body.

Various devices for vortex cooling and oxygenation of planting and breeding water, including a device with inverted T-shaped liquid oxygen or hyperbaric oxygen cooling vortex nozzle and liquid oxygen or hyperbaric oxygen storage device. It is characterized in that: both ends of the inverted T-shaped liquid oxygen or high pressure oxygen cooling vortex nozzle are provided with reverse nozzles. The bottom ends of the inverted T-shaped liquid oxygen or high pressure oxygen cooling vortex nozzle are further improved and additionally inserted rods are used to fix the cooling vortex nozzle. The inverted T-shaped liquid oxygen or high pressure oxygen cooling vortex nozzle has a pipeline connected with a liquid oxygen or high pressure oxygen storage device.

beneficial effect

The invention overcomes the deficiencies of the prior art, is not limited to the red line of arable land and the planning of aquaculture waters, and covers non-traditional and traditional cultivation spaces such as deserts, barren areas and ocean-going ship decks. Three-dimensional farming and ecological zero-emission. Compared with the prior art, it has distinctive technical features and is a significant improvement. Saving a lot of management and feeding costs will inevitably have the beneficial effect of actively responding to plastic particle pollution, ecologically purifying sewage, and promoting my country's ecological civilization construction and high-quality development. It is a three-dimensional planting and breeding production system of modern agriculture, which will lead the future agricultural three-dimensional planting and breeding production mode.

Description of drawings

Figure 1 is a schematic diagram of the structure of a multifunctional planting container and a multifunctional planting tray, Figure 2 is a schematic diagram of the structure of a device for circulating aeration, oxygenation, purification, ion sterilization, and removal of plastic particles for planting and aquaculture water, and Figure 3 is a seed feeding device. Schematic diagram of the structure of the device for vortex cooling and oxygenation of aquaculture water

In the picture: 1. Multifunctional planting and breeding container 2. Imitation ecological material suitable for planting and breeding 3. Device with movable and height-adjustable feet 4. Hoisting device 5. Planting and breeding water inlet valve 6. Breeding harvest valve 7. Truss 8. Irrigation water valve 9. Multifunctional planting plate 10. Dirt vortex collection cover 11. Vortex filter water suction pipe 12. Water pump 13. Filter screen 14. Vortex filter tank 15. Filter element tank 16. Water purification Material 17. Water outlet of pipeline 18. Liquid oxygen or high pressure oxygen cooling vortex nozzle 19. Insert rod for fixing cooling vortex nozzle 20. Liquid oxygen or high pressure oxygen storage device

Detailed ways

1, the present invention is further described below in conjunction with accompanying drawing 1:

1. The multifunctional planting and breeding container 1 is fixed horizontally on the ground and the deck of ocean-going ships and other non-traditional and traditional planting and breeding spaces with movable and height-adjustable foot devices 3 or hoisting devices 4 such as crawler tracks and wheels. Fresh water or natural seawater or prepared seawater is injected into the multifunctional planting and breeding container 1 according to the needs of planting and breeding species. In the multi-functional planting and breeding container 1, freshwater fish including four major fish, tilapia, freshwater shrimp that purify sewage can be cultivated in freshwater, or freshwater plants including water celery, water spinach, watercress, and watermelon can be cultivated in freshwater. . In the imitation ecological material 2 suitable for planting and breeding in the multifunctional planting and breeding container 1, freshwater is used to plant aquatic plants including water chestnut and horseshoe, or to cultivate freshwater organisms such as loach, yellow eel, hairy crab, and soft-shelled turtle. In the multi-functional planting and breeding container 1, the marine fish including salmon, mud mullet, mullet, and purifying sea water are cultivated in sea water, or sea purslane, sea asparagus, sea celery, sea dandelion, etc. are cultivated in sea water. Sea vegetables. In the multi-functional planting and breeding container 1, the imitation ecological substances suitable for planting and breeding are used in marine culture, including mudskipper, mud clams, mud snails, sand silkworms, crabs, sea cucumbers, abalone, seahorses, scallops, oysters and other marine organisms or various Symbiotic mode. Daily management can be artificial feeding. Further improvement is to use various intelligent feeding devices such as feeding pipes and electric control valves attached to the upper part of the multi-functional breeding container for precise feeding. Daily management can adjust the periphery of the multi-functional planting and breeding container to further improve the additional roll-type or pull-type thermal insulation shading curtain adjustment system to control the water temperature of the planting and breeding water body in the multi-functional planting and breeding container.

When the water temperature of the planting water body in the multifunctional planting and breeding container is high and it is necessary to lack oxygen, the bottom ends of the inverted T-shaped liquid oxygen or high pressure oxygen cooling vortex nozzle 18 are further improved. The plunger 19 is inserted into the imitation ecological material 2 suitable for cultivation and cultivation to fix the liquid oxygen or hyperbaric oxygen cooling vortex nozzle 18. Open the valve of the liquid oxygen or hyperbaric oxygen storage device 20, and the liquid oxygen or hyperbaric oxygen is ejected through the reverse nozzles at both ends of the inverted T-shaped liquid oxygen or hyperbaric oxygen cooling vortex nozzle 18 to push the cultivation water body in the multifunctional cultivation container The vortex generated by the rotation conducts the low temperature heat of liquid oxygen or hyperbaric oxygen to the planting and breeding water evenly, and the oxygen is also uniformly mixed into the planting and breeding water.

When there is too much residual bait and fish manure in the planting and breeding water body and the water body is eutrophic, the dirt vortex collecting cover 10 of the device for circulating aeration and oxygenation, purification, ion sterilization and removal of plastic particles for the planting and breeding water body is placed. Above the imitation ecological material 2 suitable for planting and breeding in the multifunctional planting and breeding container 1 . After starting the water pump 12, the water body in the multifunctional planting and breeding container 1 enters the vortex filter tank 14 through the filter screen 13 and the filter element tank 15 after aeration and oxygenation through the water outlet of the water pump 12. Inverted T-shaped vortex filter water purification suction pipe 11 above the imitation ecological material 2 suitable for cultivation and cultivation in the multi-functional cultivation container 1 generates suction generated by the reverse suction ports at both ends of the functional cultivation container 1. The aquaculture water in the vortex collection enclosure 10 generates vortices. Dirt such as residual bait, fish manure, etc. in the planting and breeding water body is vortexed and collected in the dirt vortex collecting cover 10 . It is then sucked by the vortex filtered water suction pipe 11 . After the water outlet is aerated and oxygenated, it enters the vortex filter tank 14 after being filtered by the filter screen 13 and the filter element tank 15 . The ecological water body after adding bactericidal ions, removing plastic particles, and efficiently degrading and detoxifying fertilizer water is further improved from the bottom side of the multifunctional planting and breeding container 1 through the pipe outlet 17 at the bottom of the vortex filter tank 14. An additional planting and breeding water inlet valve 5 Enter the multi-functional planting and breeding container 1. The thrust of the water inlet on one side makes the planting water body in the multifunctional planting and breeding container 1 generate a vortex or the water flows out from the water outlet 17 of the pipe above the multifunctional planting and breeding container 1, and after being re-aerated and oxygenated, it falls into the multi-functional planting and breeding container 1. The water circulation is completed in the functional planting container 1. The filter screen 13 should be cleaned frequently to clean and replace the filter material in the filter element tank 15. The more circulating the water body for planting and breeding, the more ecological it is. It is convenient to open the aquaculture harvest valve when harvesting the finished fish.

2. Fix the multifunctional planting container 1 horizontally on the ground or on the deck of an ocean-going ship with movable and height-adjustable foot devices 3 or hoisting devices 4 such as crawler tracks and wheels, and use domestic sewage to grow water celery including water celery , water spinach, watercress, watermelon and other sewage-absorbing freshwater plants. In the multi-functional planting and breeding container 1, the imitation ecological substances suitable for planting and breeding are used to grow sewage-absorbing plants such as water chestnut and horseshoe in domestic sewage, and domestic sewage is used to cultivate freshwater mussels, scavenger fish, shrimp that can purify sewage, Eriocheir sinensis, crayfish and other freshwater organisms that absorb sewage and ecologically treat and purify sewage, plus the water cycle of devices for circulating aeration, oxygenation, purification, ion sterilization, and removal of plastic particles, can ecologically purify sewage.

3. On the top truss 7 of the multi-functional planting container 1, the multi-functional planting plate 9 is further improved in various plant cultivation and cultivation support materials such as the culture liquid or soil or chemical substances that can replace the natural soil. Grow freshwater plants. The water is irrigated by the capillary irrigation of the freshwater plants grown in the plant cultivation support material through the intelligent adjustment of the multi-functional planting plate 1, the irrigation water valve 2 which monitors the irrigation water level and the water quality function. The multifunctional planting tray 1 utilizes both capillary irrigation and condensed dew irrigation by the condensed dew irrigation device and natural rainwater irrigation. The additional substances in the plant cultivation support material with the function of maintaining moisture, fertilizer and increasing production, bacterial ion generating device, intelligent monitoring and display system device. A device for irrigation of condensed dew attached to a plant cultivation support material. The additional plant growth energy supply system device, intelligent supplementary light system device, plant protection system device, and planting monitoring system device on the top of the functional planting tray jointly guarantee and promote the vigorous growth of planted plants. The top truss of the multifunctional planting tray is further improved with additional rail system devices for hanging and running sowing, irrigation, fertilization, feeding, management, fishing, and harvesting agricultural machinery. The rail system device of the top truss of the multi-functional planting tray is further improved with additional suspension and operation of intelligently regulated agricultural machinery system devices for sowing, irrigation, fertilization, feeding, management, fishing, and harvesting to realize the modernization of agricultural production. The periphery of the top truss of the multi-functional planting tray is further improved and additionally covered with film covering materials or ecological three-dimensional planting and breeding devices. The periphery is further improved and additionally covered with a variety of agricultural buildings including frame building structures, agricultural greenhouses, etc. The aquaculture device provides water and nutrients, sunlight and temperature to simulate natural ecological conditions suitable for crop growth.

Claims (3)

1. The utility model provides an ecological three-dimensional kind breeding device, comprises the multi-functional kind breeding container of necessary technical characteristics, characterized by: the top of the multifunctional seed culture container is provided with an opening, the top of the multifunctional seed culture container is further improved and added with a hoisting device, the bottom of the multifunctional seed culture container is further improved and added with a seed culture water inlet valve which can enable a seed culture water body in the multifunctional seed culture container to generate vortex, the seed culture water inlet valve is further improved and added with functions of intelligent adjustment, seed culture water level monitoring, water quality monitoring, salinity monitoring and the like, the multifunctional seed culture container is further improved and added with bionic substances suitable for seed culture, the multifunctional seed culture container is further improved and added with an intelligent feeding device above the multifunctional seed culture container, the bottom of the multifunctional seed culture container is further improved and added with a culture harvesting valve, the multifunctional seed culture container is further improved and added with a device for vortex cooling and oxygenation of the seed culture water body, and the multifunctional seed culture container is further improved and added with a seed culture water body circulation purification device, the surface of the multifunctional seed culture container is provided with a coating, the periphery of the multifunctional seed culture container is further improved and added with a heat-preservation shading curtain adjusting system, the bottom of the multifunctional seed culture container is further improved and added with a device with movable and height-adjustable feet, a top truss of the multifunctional seed culture container is further improved and added with a multifunctional planting tray, the multifunctional planting tray comprises a multifunctional planting tray with an opening at the top, the bottom of the multifunctional planting tray is further improved and added with an irrigation water valve, the multifunctional planting tray is internally provided with plant planting culture supporting substances, the plant planting culture supporting substances are further improved and added with substances with the functions of preserving soil moisture, preserving fertilizer and increasing yield, the plant planting culture supporting substances are further improved and added with a sterilization ion generating device, and the plant planting culture supporting substances are further improved and added with an intelligent monitoring and displaying system device, plant is planted and is cultivateed on the support material further improvement and is attached with the device that has condensed dew irrigation, further improvement on the multi-functional planting dish top is attached with vegetation energy supply system device, further improvement on the multi-functional planting dish top is attached with intelligent light filling system device, further improvement on the multi-functional planting dish top is attached with plant protection system device, further improvement on the multi-functional planting dish top is attached with planting monitored control system device, further improvement on the truss of multi-functional planting dish top is attached with the rail-mounted system device who hangs and operate agricultural machine, the peripheral further improvement of multi-functional planting dish top truss is attached to be covered with film covering material or the peripheral further improvement of ecological stereo breeding device is attached to be covered with agricultural building.

2. The ecological three-dimensional breeding device of claim 1, which is characterized in that: the device for circularly aerating, purifying, ion sterilizing and removing plastic particles for the breeding and cultivating water comprises a sewage vortex collecting cover, an inverted T-shaped vortex filtering and clean water suction pipe, a pipeline, a water pump, a separable and clean filter screen, a filter element tank for separating and cleaning and replacing filter materials, a vortex filter tank with an opening at the top and a pipeline connector at the bottom, a sewage vortex collecting cover above bionic substances suitable for breeding in a multifunctional breeding container, an inverted T-shaped vortex filtering and clean water suction pipe in the sewage vortex collecting cover, a water inlet of the water pump communicated with the inverted T-shaped vortex filtering and clean water suction pipe, an opening at the top and a vortex filter tank with a pipeline connector at the bottom, the filter element tank is provided with an opening at the top, a pipeline interface at the bottom is provided with a pipeline communicated with the seed culture water inlet valve of the multifunctional seed culture container or a pipeline with a water outlet above the multifunctional seed culture container, the filter element tank with the separable clean filter material and the vortex filter tank are further improved and added with a water purifying material which can be cleaned and replaced and improve the seed culture water body, the material for efficiently degrading, detoxifying, fertilizing and removing plastic particles, the material for generating bactericidal ions in the water body, the photocatalyst water purifying material for supplying oxygen to the water body and the oxygen increasing material.

3. The ecological three-dimensional breeding device of claim 1, which is characterized in that: the device for vortex cooling and oxygenation of the feed-supply aquaculture water body comprises a device with an inverted T-shaped liquid oxygen or high-pressure oxygen cooling vortex spray pipe and a liquid oxygen or high-pressure oxygen storage device, and is characterized in that: the inverted T-shaped liquid oxygen or hyperbaric oxygen cooling vortex spray pipe is additionally provided with an inserted bar for fixing the cooling vortex spray pipe at two ends of the bottom of the inverted T-shaped liquid oxygen or hyperbaric oxygen cooling vortex spray pipe, and the inverted T-shaped liquid oxygen or hyperbaric oxygen cooling vortex spray pipe is provided with a pipeline connected with a liquid oxygen or hyperbaric oxygen storage device.

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