11 results about "Integrated farming" patented technology

The utility model discloses a feeding device for comprehensive planting and breeding of rice and fish, which comprises a feeding device body, the top of the feeding device body is provided with a feed inlet, the feeding device body is internally provided with a feed storage cavity, the bottom of the front side of the feed storage cavity is communicated with a discharge pipe, the other end of the discharge pipe is communicated with a feed scattering box, and the feed scattering box is provided with a feed inlet. The top of the feed scattering box is fixedly connected with a connecting block, the back face of the connecting block is movably connected with a round rod, the back face of the surface of the round rod is movably sleeved with a bearing, the back face of the bearing is fixedly connected with the bottom of the feeding equipment body, and the back face of the bottom of the inner wall of the feed storage cavity is fixedly connected with an inclined block. According to the feed scattering device, due to the arrangement of the discharging pipe, the feed scattering box, the connecting block, the round rod and other parts, feed can enter the feed scattering box through the connecting pipe, and the feed scattering device is matched with the swing structure to throw out the feed.

This invention discloses an integrated farming method for reducing the incidence of diseases in tilapia, comprising: configuring farming facilities; pre-culturing water and colonizing microorganisms before stocking; phased lighting control; dynamic water quality control and microbial enhancement; acoustic conditioning and feeding optimization; coordinated management of recirculating water and wastewater discharge; and adding a feed additive composed of activated carbon and Bacillus licheniformis to the basic feed, wherein the activated carbon is 100-300 mesh powder and the concentration of Bacillus licheniformis is 10%. 5 -10 10 CFU / g, activated carbon is pre-mixed with sodium alginate aqueous solution and added to the feed, and bacterial solution is sprayed on top; it is prepared and used immediately. This invention systematically integrates multiple environmental stress factors and activated carbon-Bacillus licheniformis composite additives to significantly reduce the incidence of diseases and improve growth performance in tilapia farming.

According to the under-forest ultra-short corn expanding planting method and application, through system integration in the aspects of variety selection, forest stand structure optimization, water and fertilizer integration, mechanical matching, ecological safety management and the like, stable planting and high yield of corn in an under-forest environment are achieved; and the annual availability and the unit area comprehensive income of the forest land are obviously improved. According to the method, the adaptability of the variety and the forest environment is particularly emphasized, and the risk of poor growth and development of the corn and the influence on forest growth are reduced by controlling the plant height and the ear height of the corn; light energy utilization is optimized through strip-shaped layout and light window design, intelligent water and fertilizer management and ecological prevention and control measures are combined, and the stability of corn growth and development and yield is effectively guaranteed. Meanwhile, the method is compatible with two product routes of silage and grains, assists the integrated development of planting and breeding, has high regional adaptability and popularization value, provides reliable technical support for a forest-grain or forest-grass compound system, and has remarkable ecological, social and economic benefits.

The invention relates to the technical field of soilless culture seedling raising substrates, in particular to a radish factory-like hole tray substrate and a preparation method and application thereof. The invention relates to a radish factory-like hole tray substrate, which is prepared from the following raw materials in parts by volume: 30 to 50 parts of decomposed mushroom residues, 30 to 40 parts of expanded rice husks, 20 to 30 parts of gordon euryale seed shells, 10 to 15 parts of perlite, 10 to 15 parts of vermiculite, 20 to 30 parts of phosphoric acid activated coco coir and 2 to 4 parts of bacillus subtilis liquid. The invention provides a radish factory-like hole tray substrate. Agricultural waste resource utilization (composted mushroom residues, gordon euryale seed shells and expanded rice hulls), structural functionalization regulation and control (phosphoric acid activated coco coir is subjected to acid treatment and fiber microfibrillation to form a porous reticulate carrier, and a rigid framework is constructed in cooperation with 1-3mm perlite) and a biological activity synergistic technology (bacillus subtilis liquid is atomized and sprayed) are creatively integrated; and collaborative improvement of resources, structures and biological efficiency is realized.

There is provided an integrated farming system comprising a primary hydroponic component for growing plants; a plurality of point-of-use hydroponic components to maintain optimum nutrient density of the plants wherein the point-of-use hydroponic components are in proximity to the primary component; and a monitoring device configured to determine the measurement of at least one monitored parameter of the plants in the point-of-use hydroponic components and communicate the measurement of at least one monitored parameter to the primary hydroponic component.

1. Name of the product in this design: Intelligent Integrated Farming and Breeding Container (New Energy). 2. Intended use of this design: for outdoor chicken farming, fish farming, and vegetable cultivation. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

A crop-livestock integrated farming system, comprising: a planting greenhouse (1), a fishpond (2) and a breeding shed (3), wherein a watering trough (4) is provided on the rear side of the interior of the breeding shed (3), a scraper (5) is provided on the right side, a collection opening (6) is provided in a left base plate, an excrement trough (7) is provided at the bottom of the collection opening (6), and the excrement trough (7) is connected to a fermentation treatment chamber; a manure outlet of the fishpond (2) is connected to a manure discharge unit (9), and the manure discharge unit (9) is connected to the fermentation treatment chamber; and the fermentation treatment chamber is connected to a conveying unit, the conveying unit is connected to a spraying apparatus (16), and the spraying apparatus (16) is arranged in the planting greenhouse (1). In the crop-livestock integrated farming system, sediments in the fishpond (2) and poultry excrement in the breeding shed (3) together undergo an aerobic treatment and anaerobic fermentation and are made into farmyard manure, which is used to fertilize plants in the planting greenhouse (1), thereby solving the problem of resource utilization of fish and livestock manure, without causing significant impacts on soil pH, and ensuring the harvest quality of fruits and vegetables.

The application discloses a kind of rice duck integrated breeding mode remote sensing identification method, including obtaining the remote sensing image of target area rice heading period and obtaining its normalized vegetation index, green normalized vegetation index and near infrared band;Determine rice pixel and non-rice pixel by texture analysis;Determine the proportion of the pixel of normalized vegetation index outside its upper edge and lower edge value range and the pixel of green normalized vegetation index outside its upper edge value and lower edge value range relative to the total number of plot pixels, and identify whether the plot is a first plot;According to the proportion of the number of non-rice pixels in the plot relative to its total number of pixels, identify whether the first plot is a second plot;Determine the proportion of the number of non-rice pixels in the four corner regions of the minimum bounding rectangle of the second plot relative to the total number of non-rice pixels in the second plot, and identify whether the second plot is a rice duck integrated breeding plot according to the calculation result.The present application can efficiently and accurately identify rice duck integrated breeding plot.

This invention relates to the application of a green and efficient "rice-frog-loach" integrated farming system in addressing non-point source pollution in farmland. This system involves ecologically transforming rice paddies by constructing looped ditches around or within the paddies, creating an integrated water environment system connecting the ditches to the paddies. Simultaneously with rice cultivation, black-spotted frog tadpoles and loach fry are introduced, forming a "rice-frog-loach" composite ecological farming model. The black-spotted frogs prey on pests and control weeds, while the loach loosens the soil and promotes nitrogen and phosphorus conversion. Frog excrement and uneaten feed provide nutrients for the system, achieving ecological recycling. Furthermore, filtration and escape-prevention structures are installed at the inlet and outlet, and protective structures are built around the paddy field ridges. Through these synergistic effects, the application of chemical fertilizers and pesticides is effectively reduced, lowering the total nitrogen and total phosphorus content in farmland drainage, thus controlling non-point source pollution in farmland. This application combines ecological restoration, improved yield, and efficient resource utilization.

This invention provides a rice-fish integrated farming method based on a double-rice, triple-shrimp model. It utilizes existing irrigation channels and raised paddy field embankments to increase the water level in the paddy fields without digging ditches, enabling grass planting and shrimp farming. The rice-shrimp integrated farming fields are divided into rice-shrimp co-cultivation and rice-shrimp rotation fields at a 2:5 area ratio. In the rice-shrimp co-cultivation fields, early rice is planted, broodstock shrimp are raised, and shrimp larvae are bred. In the rice-shrimp rotation fields, late rice is planted, and two crops of commercial shrimp are raised, providing high-quality broodstock for shrimp larvae breeding in the rice-shrimp co-cultivation fields. This integrated rice-fish farming model combines shrimp larvae bred in rice-shrimp co-cultivation with commercial shrimp farming in rice-shrimp rotation, forming an integrated farming model that produces one crop of early-bred shrimp larvae, two crops of commercial shrimp, and one season of double-variety rice annually. This invention pioneers a land-resource-saving and environmentally friendly rice-shrimp integrated farming development model with stable grain production and increased income, unique to Shanghai.

This invention relates to the field of golden apple snail control technology, and particularly to an environmentally friendly plant-derived slow-release granule formulation, its preparation method, and its application for golden apple snail control. The slow-release granule formulation comprises, from the inside out, a feeding-attracting core layer, a molluscicidal active layer, and an environmentally friendly coating layer. The feeding-attracting core layer is a plant-derived feeding matrix that can be ingested by golden apple snails and does not contain tea saponins; the molluscicidal active layer contains tea saponins-based molluscicidal active substances, plant essential oil synergists, and a carrier; the environmentally friendly coating layer is composed of alginate, modified starch, lignin, and / or chitosan, and is cross-linked with divalent metal ions or physically film-formed, allowing tea saponins to be released slowly within 24–96 hours under static water conditions at 25°C. The granule formulation of this invention has a release rate of 1–10 g / m³. 3 Under the appropriate application conditions, it can achieve highly efficient targeted killing of golden apple snails and significantly improve the safety for aquatic economic animals such as fish and shrimp, and is especially suitable for rice-fish integrated farming systems.