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32results about How to "Promote production and development" patented technology

Fertilizing method for planting cigar tobacco

The invention provides a fertilizing method for planting cigar tobacco. The fertilizing method comprises the following steps of: firstly, early fertilizing base fertilizer: in 20-30 days before transplanting, trenching on the formed land with the interval of 110cm, the depth of 10-15cm and the width of 8-10cm, uniformly paving the base fertilizer at the bottom of the trench and ridging; secondly, applying seedling protecting fertilizer for transplanting: when small cigar seedlings are transplanted, dissolving ammonium nitrate into water, injecting the mixed solution and pesticide as transplanting water into the root parts of the seedlings, wherein 3-5kg of ammonium nitrate is fertilized in each mu; thirdly, irrigating roots by using seedling restoring fertilizer: in about 7 days after the tobacco seedlings are transplanted, irrigating the roots by using 5-7g/mu of potassium nitrate and an insect infestation resisting pesticide and then covering a layer of fine soil around tobacco roots; fourthly, timely applying seedling eccentric fertilizing; fifthly, digging holes and applying and burying growth flourishing fertilizer and irrigating by matching the growth flourishing fertilizer with biogas slurry; and sixthly, carrying out additional fertilizer and spraying at the mature stage. The fertilizing method disclosed by the invention has the advantages of simplicity in operation, standard specification, strong pertinency and greatly-improved yield and quality of cigar tobacco.
Owner:HUBEI CHINA TOBACCO IND

Multi-station copepod culture device and culture method thereof

The invention relates to a multi-station copepod culture device. The multi-station copepod culture device comprises a water storage tank and a water feeding pipeline connected with the water storage tank, wherein the water feeding pipeline is connected with at least one incubator; the incubator is provided with a bait box and a collection pipeline; the incubator is connected with the water storage tank through a water returning pipeline; the water storage tank is provided with a water inlet pipeline, a water discharging pipeline, an acidifying machine and a temperature sensor; each pipeline is provided with a valve; and the culture device further comprises a control box. A structural design that the same water storage tank is combined with the plurality of incubators is adopted so that an experiment method of a multi-station incubator in the same water region is realized; and a contrast experiment can be carried out on different bait feeding manners of different copepods or same copepods in the same water region, so that the consistency of water quality of the contrast experiment is guaranteed. Meanwhile, the culture efficiency is improved and the cost of culture equipment is reduced. The water storage tank realizes internal circulation and external circulation manners of a culture environment and a water body of the whole water region is updated; and the culture water quality is guaranteed, and the culture effect and survival rate of the copepods are guaranteed.
Owner:SHANDONG UNIV

Processing technology using infrared ray radiant energy for curing cereal raw material and use method of cured cereal raw material in milk replacer and nursing material

The invention discloses a processing technology using infrared ray radiant energy for curing a cereal raw material and a use method of the cured cereal raw material in a milk replacer and a nursing material. The processing technology is as follows: removing impurities; adding 5-8% of water; adding water for oscillation; standing for 4-5h to enable the cereal moisture content to be 18-20%; entering cereals into an infrared radiation heating system for the total time of 40-60s at temperature of 700-900 DEG C to enable the cereal surface temperature to be 200-250 DEG C; preheating the cereals with waste heat of the system to 55 DEG C; tabletting, cooling; and grinding. The use method of cured corn, cured soybean and cured rice or broken rice in the milk replacer and the nursing material is as follows: respectively adding the cured corn, cured soybean and cured rice or broken rice into the milk replacer in a weight ratio of 10-50%, 5-10%, 5-15% and 0-10%; and respectively adding the cured corn, cured soybean and cured rice or broken rice into the nursing material in a weight ratio of 10-50%, 2-10%, 3-10% and 0-15%. According to the curing processing, crystalline structures in starch can be destroyed by heat treatment, so that the starch is easier in enzymolysis with amylase, the digestibility of the cured cereal raw material is greatly improved; and at the same time the cured cereal raw material its own has fragrance so as to help to increase the palatability of a feed.
Owner:SHANGHAI XINNONG FEED

Green and environment-friendly pig feed

The invention discloses green and environment-friendly pig feed. The pig feed is prepared from raw materials in parts by weight as follows: 30-50 parts of a protein additive, 15-22 parts of alfalfa meal, 10-20 parts of wheat middling, 3-12 parts of corncob powder, 10-20 parts of buckwheat flour, 4-12 parts of sorghums, 4-10 parts of fermented straw, 12-18 parts of herba portulacae, 5-12 parts of corn, 1-2 parts of calcium hydrogen phosphate, 5-10 parts of an adhesive, 1-3 parts of a microecological preparation, 1-2 parts of an anti-stress agent and 0.1-0.6 parts of an enzymic preparation. The green and environment-friendly pig feed can improve the appetite and immunity of pigs, increase the weight gain speed of the pigs, reduce the morbidity, improve the pork quality to make pork delicious and richer in nutrition, has more harmonized nutrients, contains no additives and better meets the demands of the human body for health.
Owner:合肥申仁养殖有限公司

Seedling substrate of black fungus chaff vegetable seedlings

The invention discloses a seedling substrate of black fungus chaff vegetable seedlings. The seedling substrate comprises the following components (in terms of mass percentage): 35-45 of black fungus chaff; 20-30 of grass charcoal; 15-20 of vermiculite; 15-20 of perlite; 2-5 of fertilizer; 1-1.5 of pesticide; and 0.5-1 of hormone. A preparation method of a seedling substrate of black fungus chaff vegetable seedlings comprises the following step S1 of taking a dry and non-polluting discarded black fungus package after harvesting the black fungus, removing a plastic film of the fungus package toobtain the black fungus chaff. According to the invention, the pulverized black fungus chaff is used as the main base material, the grass charcoal, vermiculite, perlite, fertilizer, pesticide and hormone are supplemented, after the mixing of the above, water is sprayed to increase the internal moisture content, so that the seedling substrate can have completely balanced and long-lasting nutrition,and the seedling substrate is ensured to be suitable in acidity and alkalinity, high in water retention and fertilizer retention abilities, good in air permeability, high in vegetable germination rate, beneficial to root growth and development and conducive to the balance of vegetable seedling production, thereby increasing the yield of vegetable seedlings.
Owner:JILIN ACAD OF AGRI SCI

Multi-station copepod zooplankton culture device and culture method thereof

The invention relates to a multi-station copepod zooplankton culture device, which comprises a water storage tank and a water supply pipeline connected with the water storage tank, the water supply pipeline is connected with at least one incubator, and the incubator is provided with a bait box and a collection pipeline, The incubator is connected with the water storage tank through the water return pipeline, and the water storage tank is provided with a water inlet pipeline, a drainage pipeline, an acidifier and a temperature sensor, each pipeline is equipped with a valve, and the cultivation device also includes a control box. The same water storage tank is combined with the structural design of multiple incubators to realize the experimental method of the multi-station incubator in the same water area. It is possible to conduct comparative experiments on different copepods in the same water area or different bait delivery methods for the same species of copepods, ensuring that the comparative experiments water quality consistency. At the same time, the cultivation efficiency is improved and the cost of cultivation equipment is reduced. The water storage tank realizes the internal circulation and external circulation mode of the cultivation environment, renews the water body of the whole water area, ensures the cultivation water quality, and ensures the cultivation effect and survival rate of copepod zooplankton.
Owner:SHANDONG UNIV

Processing technology of ripening grain raw material by using infrared radiation energy and using method of ripening grain raw material in creep feed and nursery feed

The invention discloses a processing technology using infrared ray radiant energy for curing a cereal raw material and a use method of the cured cereal raw material in a milk replacer and a nursing material. The processing technology is as follows: removing impurities; adding 5-8% of water; adding water for oscillation; standing for 4-5h to enable the cereal moisture content to be 18-20%; entering cereals into an infrared radiation heating system for the total time of 40-60s at temperature of 700-900 DEG C to enable the cereal surface temperature to be 200-250 DEG C; preheating the cereals with waste heat of the system to 55 DEG C; tabletting, cooling; and grinding. The use method of cured corn, cured soybean and cured rice or broken rice in the milk replacer and the nursing material is as follows: respectively adding the cured corn, cured soybean and cured rice or broken rice into the milk replacer in a weight ratio of 10-50%, 5-10%, 5-15% and 0-10%; and respectively adding the cured corn, cured soybean and cured rice or broken rice into the nursing material in a weight ratio of 10-50%, 2-10%, 3-10% and 0-15%. According to the curing processing, crystalline structures in starch can be destroyed by heat treatment, so that the starch is easier in enzymolysis with amylase, the digestibility of the cured cereal raw material is greatly improved; and at the same time the cured cereal raw material its own has fragrance so as to help to increase the palatability of a feed.
Owner:SHANGHAI XINNONG FEED

Breeding method of selenium-enriched barley pests

The invention relates to the technical field of selenium-enriched barley pest breeding, and discloses a selenium-enriched barley pest breeding method which comprises the following steps: selecting a feeding farm, selecting excellent pest species, matching feed, selecting a feeding appliance, managing a feeding environment, disinfecting and preventing epidemic, and performing feeding management. According to the selenium-rich barley pest breeding method, the temperature value and the humidity value of the selenium-rich barley pest breeding environment are obtained through the temperature and humidity sensing device and compared with the set temperature and humidity threshold values, and when the obtained values are not within the set threshold values, the alarm device is started to prompt breeding personnel to pay attention to the temperature and humidity conditions and conduct corresponding adjustment; the selenium-rich barley pests are always in a constant-temperature and constant-humidity environment suitable for production and development, the production and development of the selenium-rich barley pests are promoted, a feeder can easily obtain the temperature and humidity values of the feeding environment from the temperature and humidity sensing equipment, and whether the temperature and humidity need to be adjusted or not can be known by observing the alarm equipment, so that the production and development of the selenium-rich barley pests are facilitated. The feeding of feeders is facilitated, and the purpose of efficient feeding is achieved.
Owner:武汉金常安生态农业科技发展有限公司
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