88results about How to "Guaranteed harvest" patented technology

The invention provides a granular pesticide fertilizer, and a preparation method and application thereof. The granular pesticide fertilizer comprises the following components expressed in mass percent: on the basis that the total mass of the granular pesticide fertilizer is 100%, 0.001 to 20% of a pesticide active component, 70 to 99% of a granular fertilizer carrier, 0.05 to 9% of an organic solvent, 0.05 to 0.5% of a surfactant and 0.05 to 0.5% of a coating agent. According to embodiments in the invention, the pesticide active component and the granular fertilizer carrier in the granular pesticide fertilizer are reasonably combined, which allows the problem of damage by diseases and insects to soil in agricultural production to be effectively overcome and enables soil fertility to be improved and labor and time to be saved. The granular pesticide fertilizer is produced by using a normal temperature spraying adsorption process and a cladding process, so the preparation method for the granular pesticide fertilizer has the advantages of a simple process, low energy consumption, reduction in production cost, easiness in controlling and operating and suitability for industrial production.

The invention relates to fertilizers, and in particular relates to a high-nitrogen fertilizer and a preparation method of a high-nitrogen fertilizer. The high-nitrogen fertilizer is capable of reducing secondary pollution and shortening a maturation period of soil. The high-nitrogen fertilizer is prepared from the following raw materials in percentage by weight: 28.3-30 percent of urea, 56-60 percent of ammonium sulfate, 7.7-10 percent of magnesium sulfate, 3 percent of water-retaining agent, 0.5 percent of enzyme inhibitor, and 0.5 percent of nitrification inhibitor. A long-acting slow-release technology of nitrogen fertilizers is introduced, the maturation period of the soil is shortened, the secondary pollution during the application of the chemical fertilizer is reduced, and thus the high-nitrogen fertilizer has important significance in soil repairing, and the productive capacity of the soil is improved.

The present invention discloses an ornamental colorful rice planting method. The method comprises: step 1, selecting seeds, and accelerating germination; step 2, performing seedling; step 3, performing paddy field processing; step 4, planting: planting rice seedlings of purple leaf rice, gold rice and purple panicle in different pattern regions separately according to the design requirements, forming required patterns, planting the rice seedling into matrix shape according to line and column, planting a line cress following every three lines of rice seedlings; and step 5, field management: according to the water level of the paddy field, performing immediate irrigation, fertilizing a compound fertilizer (100 kg per mu) in a month and three months after step 4 after one month and three months separately. According to the planting method disclosed by the present invention, the planted colorful rice has wonderful color and high ornamental value. Meanwhile, the implement amount of waste materials is reduced, but the plant height and harvest yield can be ensured and the costs are reduced.

Provided are an agricultural growth control system and an agricultural growth control method. The system comprises a sensor and a mobile terminal, wherein the sensor acquires agricultural growth information, the mobile terminal acquires the agricultural growth information acquired by the sensor and transmits the agricultural growth information into a cloud server, and the cloud server calculates the agricultural growth information to obtain agricultural farming information, feeds the agricultural farming information back to the mobile terminal and displays the agricultural farming information on the mobile terminal. By adopting the scheme, an agricultural production farmer having the mobile terminal can timely know the present agricultural growth information (crop growth data), can know framing measures should be adopted in the existing agriculture and timely acquires the agricultural growth information, and therefore the agricultural growth control system and the agricultural growth control method provide powerful guarantee for harvest of agricultural production.

The invention relates to the field of medicinal fertilizers and provides a green ecological medicinal fertilizer for vegetables and a preparation method of the green ecological medicinal fertilizer. According to a formula, the green ecological medicinal fertilizer for vegetables is prepared from the following raw materials in parts by weight: 3-8 parts of zanthoxylum bungeanum leaves, 8-13 parts of pomegranate leaves, 5-15 parts of willow leaves, 5-15 parts of walnut leaves and 1-5 parts of bran. The preparation method comprises the concrete steps of (a) cleaning the leaves in a NaCl water solution according to the weight part, and airing; (b) uniformly stirring the aired leaves and the bran, diluting 1 part of prepared vinegar yeast by using 100kg of cold boiled water, and then, uniformly spraying the vinegar yeast; (c) covering and sealing a compost by using a plastic film, and then, wrapping the compost by using straws until the compost is fermented to be mature; and (d) preparing the vinegar yeast, namely, culturing 1 part of the vinegar yeast in a culture medium prepared according to the formula: 3-4ml of edible alcohol, 0.4g of glucose, 1g of yeast extracts, 1.5g of calcium carbonate, 1.5g of agar and 100g of water at the temperature of 30 DEG C for 2 days, and then, storing in a refrigerator (4 DEG C). The green ecological medicinal fertilizer for vegetables achieves the aims of turning waste into wealth and combining a fertilizer and a medicine and has the functions of soil remediation, low carbon and safety.

The invention relates to a water-application quick floating oil pesticide and an application method thereof, which effectively solve the problems that the prior pesticide has poor drug effect and is difficult to be sucked by pests, harmful bacteria and pests of crops have drug resistance. The oil pesticide is prepared by evenly mixing the following components by weight percentage: 50 to 90 percent of lubricating oil, 3 to 8 percent of organophosphorus pesticide, 3 to 10 percent of emulsion pesticide, 2 to 5 percent of pyrethroid pesticide, 1 to 25 percent of micronutrient fertilizer, and 1 to 2 percent of bactericidal medicament, wherein the total weight is 100 percent. The application method comprises the following steps: during watering a farm field, dripping the oil pesticide into water in the farm field gradually so that the medicament flows into the farm field along with the water and floats on the water surface; or applying the oil pesticide to the water surface in the irrigated farm field, wherein the application quantity for each mou is between 100 and 1,000 milliliters; and when meeting with water, the oil pesticide is dispersed quickly and floats on the water surface by using the lubricating oil as a carrier. The water-application quick floating oil pesticide has scientific composition and an advanced application method, integrates plant sterilization, disease prevention and plant pest killing, improves the application effect of the medicament, guarantees the bumper harvest of crops, and is a great innovation on pesticides.

The invention relates to a lactic-acid-bacterium liquid fertilizer and an application method for saline-alkali soil improvement, belonging to the technical fields of liquid organic fertilizer preparation and saline-alkali soil improvement. The lactic-acid-bacterium liquid fertilizer is composed of the following raw materials by weight: 1 to 10 parts of edible white granulated sugar, 1 to 50 parts of edible brown sugar, 1 to 10 parts of soybean powder, 1 to 3 parts of xanthan gum, 1 to 5 parts of denaturated starch, 1 to 2 parts of sucrose ester, 0.01 to 0.03 part of high-temperature alpha-starch liquefaction enzyme, 0.001 to 0.003 part of sodium pyrophosphate and 0.01 to 0.05 part of potassium hydrogen phosphate. The lactic-acid-bacterium liquid fertilizer is prepared by mixing the above materials and then adding 73 to 95 parts of purified water, 0.01 to 0.02 part of Lactobacillus bulgaricus and 0.01 to 0.02 part of Streptococcus thermophilus. The organic fertilizer prepared with the method provided by the invention has the advantages of definite selected strains, micro-ecological stability and high-content of effective live bacteria, obvious application effect of bacterial metabolites, simple production process, low comprehensive cost, and a wide application range.

A plant growth promoter with the function of resisting drought, salt, alkali and virus contains furaldehyde derivative, sodium humate, water, etc. Its advantages are high effect and broad spectrum.

The invention relates to a kind of agricultural fertilizer, particularly to slow acting water-retaining rare earth compound fertilizer and prodn. technology. It composed of following raw materials (weight portion): rare earth superphosphate 560-570, amine carbide 50-55, nitrogen fertilizer 220-230, potassium fertilizer 120-130, stabilizing agent 15-18, water-retaining agent 30-40, trace element 4-4.5, adhesive agent 3-4.5, talcumpowder 3-4. Nitrogen fertilizer is uniform mixed with stabilizing agent then is send into stirring machine with potassium fertilizer and ammoniated superphosphate together, which is uniform stirred then to be prilled by adding trace element, water-retaining agent, adhesive agent and talcumpowder at same time, finally to be processed by drying, cooling and spraying prective film to obtain end product.

The invention discloses a method for producing environment-friendly liquid state compound fertilizer by using cattle excrement waste water, and relates to the fields of environment pollution treatment and waste cyclic utilization in animal husbandry, as well as new resource development and the like. The method solves the pollution of breeding industry on the environment and simultaneously provides a new resource substance, namely the environment-friendly liquid state compound fertilizer. The environment-friendly liquid state compound fertilizer uses the excrement waste water obtained by carrying out dry-wet separation or precipitation on fresh cattle excrement as raw material, and finally carrying out the steps of secondary precipitation, fermentation, concentration, filtration, packaging and the like. The method changes the use manner of a cattle excrement waste water resource in prior art, reduces the pollution on environment and simultaneously increases economic benefits.

The present invention provides a color rice planting method. The method comprises the following steps of: seed selecting: selecting color rice seeds that comprise purple leaf rice, gold rice and purple panicle rice; soaking the selected seeds into clean water for 24 hours; field processing: in March, planting 10kg of astragalus sinicus seeds in the field; after one month when the astragalus sinicus gets ripe, cultivating the field with a machine so as to bury the astragalus sinicus and meanwhile fertilizing the field with an organic fertilizer, 150-200kg per mu; planting: dividing the field into blocks with each block being a rectangle of 30 meters long and 20 meters wide, planting the same rice seeds in each block field, and after 30 days when the seeds grow into seedings, transplanting the seedings of different colors to form a required pattern; field management: covering the field with a covering net to prevent insects pest. The color rice provided by the invention has good colors and is high in ornamental values, and meanwhile the implementation quantity of waste materials is reduced and costs are reduced while plant height and harvest yield are guaranteed.

The invention discloses a liquid micro-peptide fertilizer produced by compound enzymolysis of municipal fresh waste, a production process and the application of the liquid micro-peptide fertilizer. The production process comprises the following steps: (1) collecting raw materials; (2) pretreatment; (3) cooking and hydrolyzing; (4) compound enzymolysis; (5) filtering impurities; (6) adjusting; (7)filling and storing. On the basis of garbage treatment, molecular biology, enzyme engineering and plant nutriology technologies are utilized, a technical scheme of compound enzymolysis of multiple biological enzymes is adopted, and the protein peptide is extracted from the fresh garbage and applied to the field of agricultural planting. On one hand, the problem of urban fresh garbage treatment issolved, wastewater and waste residues are basically not generated in the treatment process, and environmental protection and high efficiency are achieved; on the other hand, a nutrient resource cyclicutilization mode is adopted, and a new thought and a solution are provided for agricultural organic planting.

The invention relates to agricultural equipment, and in particular relates to a multifunctional large-scale rain-dropping machine. The large-scale rain-dropping machine is mainly used for timely irrigating, supplementing water, supplementing fertilizer, weeding as well as preventing and curing plant diseases and insect pests for the crops on a large area at the dry farming area plain and the sloping field farm, so that the growing environment quality of the crops can be effectively improved independent of rainwater, the most timely and proper management maintenance, such as watering, topdressing, weeding, spraying in an atomizing way, spraying smoke and powder, and preventing plant diseases and insect pests can be obtained during the automatic monitoring in the whole growth process of the crops, and the production increase and the income increase of the crops can be guaranteed. The large-scale rain-dropping machine mainly comprises 1, a lifting work platform; 2, a left-lifting multi-stage hydraulic cylinder; 3, a left-injection pipe; 4, a fan-shaped rotary box; 5, a swing hydraulic cylinder; 6, a fixed connecting trunnion base between a rotating support and the swing hydraulic cylinder; 7, a middle injection pipe; 8, a rotary injection pipe fixing base frame; 9, a right-lifting multi-stage hydraulic cylinder; 10, a fixed connecting shaft for the head of a piston rod of the swing hydraulic cylinder; 11, a right injection pipe and the like.

The invention relates to the technical field of agricultural reclamation machinery and discloses a novel, stable and adjustable agricultural furrowing machine. The novel, stable and adjustable agricultural furrowing machine comprises a vehicle head protection shell. The two ends of the bottom face of the vehicle head protection shell are both fixedly provided with wheel protection shells. The front faces of the two wheel protection shells are both fixedly provided with drive wheels. The right side faces of the vehicle head protection shells are fixedly provided with fixing clamping blocks. Theexteriors of the fixing clamping blocks are fixedly sleeved with stabilizing plates. The right side face of each stabilizing plate is sequentially and fixedly provided with a linkage rod and a stableloop bar from top to bottom, and the other end of each linkage rod is movably sleeved with a buffer loop bar. According to the novel, stable and adjustable agricultural furrowing machine, the fixingclamping blocks are arranged to move on a cross bar, and therefore the distance between two or even more furrowing blades can be manually adjusted, the problem that the requirements for the distancesbetween ditches of different vegetations are different is avoided, the application range of the furrowing machine is greatly enlarged, the harvest of the vegetations is guaranteed, and the practicality of the furrowing machine is greatly improved.

The invention discloses a fermentation product based on stalks and leaves. The fermentation product is prepared from components in parts by weight as follows: 1-300 parts of cucurbitaceous plant stalks and cucurbitaceous plant leaves, 0-100 parts of solanaceous plant stalks and solanaceous plant leaves, 1-10 parts of sorghum flour and 1-10 parts of corn flour. The raw material types of the fermentation product based on stalks and leaves are simple, the raw materials are widely sourced and available, the cost is low, multiple kinds of products can be obtained on the basis of the raw materials of the formula, the application range is wide, and the effective utilization rate of the products is high. The invention further discloses a preparation method of the fermentation product based on stalks and leaves. The preparation method comprises steps as follows: cooking by steaming, saccharification, fermentation, distillation and drying, few steps are needed, the technological process is simple, and the production safety and operability are high.

The present invention discloses a wormwood planting method. The wormwood planting method comprises the following steps: step one, selecting seeds, namely selecting plump wild wormwood seeds, coating the seeds, and naturally air-drying the seeds; step two, preparing land, namely selecting sandy loam with sufficient sunlight, good ventilation and good drainage, and matching 3,000 kilograms of thoroughly decomposed farmyard manure per mu of land; step three, conducting sowing and seedling raising, namely opening holes according to a plant spacing of 30-35 cm and a row spacing of 30-37 cm, and sowing 3-4 seeds in each hole; step four, conducting thinning, namely thinning each hole 1.5 months after the sowing, and only keeping 2 seedlings in each hole; step five, conducting fertilizing, namelycompleting a first fertilizing operation by adopting liquid farmyard manure when height of wormwood is 30-35 cm, and completing a second fertilizing operation by adopting liquid potash fertilizer andphosphate fertilizer when the height of the wormwood is 50-15 cm; and step six, collecting seedlings. The provided wormwood planting method can furthest retain medicinal property of the wild wormwood,reduces influence of chemical and pesticide residues on medicinal property of the medicinal herb, and ensures yield of planting while improving quality of the wormwood.

The invention relates to the field of medicinal fertilizers and provides a green ecological medicinal fertilizer for soybeans and a preparation method of the green ecological medicinal fertilizer. According to a formula, the green ecological medicinal fertilizer for soybeans is prepared from the following raw materials in parts by weight: 2-10 parts of walnut leaves, 4-10 parts of apple leaves, 10-20 parts of birch leaves and 10-30 parts of soybean straws. The preparation method comprises the concrete steps of (a) cleaning the leaves in a NaCl water solution according to the weight part, and airing; (b) uniformly stirring the aired leaves and the soybean straws (ground until the diameter is up to 0.5-1cm), diluting 1 part of prepared vinegar yeast by using 100kg of cold boiled water, and then, uniformly spraying the vinegar yeast; (c) covering and sealing a compost by using a plastic film, and then, wrapping the compost by using the straws until the compost is fermented to be mature; and (d) preparing the vinegar yeast, namely, culturing 1 part of the vinegar yeast in a culture medium prepared according to the formula: 3-4ml of edible alcohol, 0.4g of glucose, 1g of yeast extracts, 1.5g of calcium carbonate, 1.5g of agar and 100g of water at the temperature of 30 DEG C for 2 days, and then, storing in a refrigerator (4 DEG C). By using the green ecological medicinal fertilizer for soybeans, the aims of turning waste into wealth and combining a fertilizer and a medicine are achieved, and nutritive elements required by growth of soybeans can be comprehensively provided.

The invention discloses a non-toxic fruit and vegetable disease-resistant insect-resist agent, which is characterized in that extracts prepared from lettuces, peppers, onions, garlics and isatis roots by a quantum extraction method or a low-temperature supercritical fluid extraction method are prepared from the following raw materials in percentage by weight: 10 to 70 percent of lettuce extracts, 5 to 15 percent of pepper extracts, 10 to 20 percent of onion extracts, 5 to 25 percent of garlic extracts, 5 to 15 percent of pepper extracts and 5 to 15 percent of isatis root extracts. The substances are mixed. In the use process, water is added into the concentration liquid for diluting 20 to 50 times; the disease-resistant insect-resist spray agent can be obtained. When the agent is sprayed onto the surfaces of vegetables, melons and fruit, the pest invasion can be prevented; existing pests can escape and evade, so that the crops are protected from plant diseases and insect pests; the occurrence of various diseases can also be prevented and treated; the yield and the eating safety of vegetables and fruit can be ensured.

The invention discloses a multi-purpose ground real-time automatic profiling device. The multi-purpose ground real-time automatic profiling device comprises a profiling plate height adjusting component, a planting mechanism height adjusting component and a ground height change detecting component. The planting mechanism height adjusting component comprises a connecting plate I, an electric push rod and an electric push rod mounting plate; and the ground height change detecting component comprises a ground height change signal detecting component, a detecting rod, an adjusting rod and a profiling plate. During transplanting operation, a sensor detects a surface relief signal, a controller receives the signal and controls the electric push rod to drive the planting mechanism to rotate, meanwhile, the working time of the electric push rod is recorded, when the ground recovers to the original horizontal position, and the controller keeps controlling the electric push rod to work to enablethe planting mechanism to recover to a normal working height. The invention discloses the novel ground automatic profiling device. The novel ground automatic profiling device is simple in structure and convenient to operate, a mechanical, electric and programmed integrated control mode is adopted, the multi-purpose ground real-time automatic profiling device is suitable for transplanting multiplecrops, consistency of transplanting depths of potting seedlings is ensured, and the transplanting quality and survival rate of the potting seedlings are improved.