42results about How to "Promote agricultural development" patented technology

The invention relates to the technical field of liquor production and provides a manufacturing method of cane wine, comprising the following steps: (1) preparing normal juice of cane; (2) culturing seed liquid A and seed liquid B of yeast; (3) preparing cane stalk trichosporon brassicae A and cane stalk trichosporon brassicae B; (4) fermenting: obtaining mature fermentation after the normal juice of cane is fermented in a two-step manner by trichosporon brassicae A and trichosporon brassicae B; (5) obtaining the cane wine by the way that the mature fermentation obtained in step (4) is decompressed and doubly distilled. The invention utilizes cane stalk as yeast wine carrier and normal juice of cane as raw material and adopts a reduced pressure distillation process, uses no cereals and other organic or inorganic nutrients, so that the white wine is entirely brewed by normal juice of cane. The brewed white wine reserves the unique aroma substance of cane, thus boasting rich cane flavour. The invention has far-reaching significance in saving cereals, improving the utility value of cane and promoting the development of agriculture of China.

The invention relates to a planting method of a fruit tree in a pot, which mainly comprises the following steps of: grafting a scion and a root stock by using an approach-grafting method, wherein a mixture containing carbon and micro mineral elements are coated at positions of wounds around the approach-grafting position of the scion and the root stock; using a P.E. (poly ethylene) plastic bag or plastic cloth to fasten the approach-grafting position to finish the grafting; cutting the lower part of the scion when the grafting is successful, and fruit will be ripe; and transplanting and fixing the fruit tree in a flowerpot filled with soil from a field or a garden, rotten leaf soil, fine sandy soil and animal organic fertilizers; therefore, the fruit tree becomes the fruit tree in pot, which has indoor appreciation conditions and edible fruit.

The invention provides a method for manufacturing a multienzyme-complex organic fertilizer by using Chinese herbal medicine. The technical proportioning scheme is that rice husk meal 30%, humic acid 30%, plant ash 19%, bone meal 10%, medical stone 3%, Chinese herbal medicine 3%, syrup 2%, saccharomycetes 1% and strain 2%. The manufacturing method comprises the following steps: (1) smashing raw materials and filtering the raw materials through a sieve with 80-100 meshes, (2) mixing filtered raw materials, the syrup 2% and the saccharomycetes 1% and adding water into mixture to perform fermentation, (3) performing pile turning for one time after fermenting for 24 hours, recovering temperature in a pile to normal temperature after 48 hours, adding the strain 2% into the pile according to the proportion and performing even mixing and package to produce organic fertilizer powder, and (4) pelletizing and packing the organic fertilizer powder according to the organic fertilizer pelletizing process, wherein organic fertilizer pellets are produce when the temperature in processing does not exceed 80 DEG C and pellet humidity is 20-30%.

The invention discloses bacillus velezensis LJBV19 separated from rhizosphere soil of grapes. The strain is collected in China General Microbiological Culture Collection Center of China Committee for Culture Collection of Microorganisms on April 2, 2021 and has an accession number of CGMCC No. 21804. The invention further discloses a broad-spectrum disease-preventing growth-promoting bacterium agent and application thereof in prevention and treatment of plant diseases caused by phytopathogens. The bacillus velezensis LJBV19 disclosed by the invention has broader-spectrum disease preventing and growth promoting effects and can be used for effectively controlling the plant diseases caused by paddy pathogens, grape pathogens, Solanaceae crop pathogens and wood pathogens, and the average inhibiting rate of the bacillus velezensis LJBV19 to Magnaporthe oryzae reaches up to 75.75%; and the bacillus velezensis LJBV19 can also be used for promoting growth of plants, improving crop yield, improving fruit quality, improving resistance of crops, developing agricultural economy and pushing agricultural development.

The invention discloses a machine integrating sowing and irrigation. The machine comprises a frame, a sowing plate and an irrigating valve, wherein the sowing plate is arranged on the frame and used for sowing intermittently, and the irrigating valve is used for synchronously intermittently irrigating the current sowing area of the sowing plate. The machine has the advantages that the sowing plate sows intermittently, the irrigating valve irrigates the current sowing area intermittently, all the water in the irrigating valve flows into the soil area where seeds are located, the water is effectively utilized and absorbed, and water resource waste caused by an irrigation manner which irrigates a whole row or every other row in the prior art is avoided; the machine irrigates one seed and one area once, water resource waste is avoided as much as possible, and the agricultural development of arid areas is promoted.

The invention relates to the technical field of agricultural planting, in particular to a cultivating method of sisal field interplant orthosiphon aristatus. The cultivating method of the sisal fieldinterplant orthosiphon aristatus comprises the steps of selection of a sisal planting area and a land area, programming of a sisal field, reclaiming of a sisal field, preparation of seedling planting,transplanting and planting, filling and changing, strengthening, prevention and treatment of diseases and insect pests, weeding of the sisal field, rotary tillage among lines, transplanting and planting of theorthosiphon aristatus, field management of interplant orthosiphon aristatus, collection of the orthosiphon aristatus, and the like. According to the cultivating method of the sisal field interplant orthosiphon aristatus, due to problems that the growing period of the sisal is long, and lands and light resources are seriously wasted when the sisal is singly planted, and growing characterthat the orthosiphonaristatus likes to grow in shade, the method of sisal interplant orthosiphonaristatus is established, and according to the planting method, space, time and the light resources arereasonably distributed, and resources of light, heat, water and fertile are efficiently used. The cultivating method of sisal field interplant orthosiphon aristatus has the advantages that the time and land resources are fully used, thus the resources of the light, the heat, the water and the fertile are efficiently used, the agricultural efficiency is improved, the acre yield is increased, agricultural development is propelled, and production increasing and income increasing of farmers are achieved.

The invention relates to radish molecular breeding, in particular to a radish genome SNP-Panel and application thereof. The invention provides a molecular marker detection system which is high in flux and low in cost and covers a whole genome; the molecular marker detection system is the radish genome SNP-Panel and comprises at least one SNP site in a table 1 and an amplification primer of the SNP site; and the primer sequence is shown as SEQ ID No.1-610 in the table 1. The invention also provides an application of the radish genome SNP-Panel. The radish genome SNP-Panel is an efficient breeding technology system, and simultaneous detection of 305 SNP loci can be realized through one-time amplification reaction. According to the technical scheme, flow and informatization of radish molecular design breeding can be achieved, the radish breeding efficiency in China is greatly improved, the breeding period is shortened, and agricultural development is promoted.

The invention provides a portable lifting device suitable for a submersible pump. The portable hoisting device comprises a wellhead support, a submersible pump lifting assembly and a carrying handle are arranged on the upper portion of the wellhead support in a front-back mode, a detachable roller assembly is installed on the rear side of the wellhead support in a matched mode, the submersible pump lifting assembly comprises an auxiliary shaft and a main shaft which are arranged in a front-back mode, two limiting chucks arranged left and right are arranged on the main shaft, a thick rope windsaround the main shaft between the two limiting chucks, main shaft sleeves are arranged on the main shaft on the outer sides of the two limiting chucks, one end of the thick rope is fixedly connectedwith the main shaft, the submersible pump is lifted at the other end of the thick rope, and two baffles arranged left and right are arranged on the auxiliary shaft. The water fetching convenience andefficiency are greatly improved, the the submersible pump lifting assembly can prevent the submersible pump from falling off after accidental release, a user can conveniently stop to have a rest in the lifting process, worry and labor are saved, the use experience is greatly improved, in addition, the detachable roller assembly is combined, the submersible pump can be conveniently carried to waterwells at different positions, and resources are saved.

The invention discloses a saline-alkali-soil improvement agent. The saline-alkali-soil improvement agent is prepared from, by weight, 50-60 parts of humic acid, 10-15 parts of zinc sulfate, 22-26 parts of mineral substances and 5-9 parts of plant hormones. The humic acid, the zinc sulfate, the mineral substances and the plant hormones are mixed to be even, and the saline-alkali-soil improvement agent is obtained. According to the saline-alkali-soil improvement agent, the soil alkalinity is neutralized through the humic acid and the zinc sulfate, carbonates in soil are removed, and the pH value, the soil alkalization degree and the total soil salt quantity of saline-alkali soil are reduced; sodium ions absorbed through soil colloid are replaced with active calcium ions and zinc ions, and are eluted out of soil along with rainfall or irrigation; meanwhile, the organic content of soil can be increased, the soil fertility is improved, soil is loosened, and the defects of medium elements and the defects of microelements in saline-alkali soil are overcome. By means of the saline-alkali-soil improvement agent, the improvement cost of saline-alkali soil is reduced, the improvement effect of saline-alkali soil is effectively improved, and the saline-alkali-soil improvement agent has the promoting effects on agricultural development and ecological protective forest construction in saline-alkali areas.

The invention discloses a small intelligent cultivator. The small intelligent cultivator comprises a base, wherein wheels, a driving assembly, a braking assembly and a steering assembly are arranged at the bottom of the base, the steering assembly and the braking assembly are located on one side of the driving assembly correspondingly, a compartment is installed on the outer wall of the top of the base, and a control assembly is arranged on the outer wall of the top of the compartment; a supporting frame and a fixing block are welded to the outer wall of the top of the base correspondingly, a supporting plate is fixedly installed on the outer wall of the top of the supporting frame, and a plough rod is connected to the outer wall of the top of the fixing block through a bearing. Information is obtained through an industrial personal computer, an ultrasonic radar, a millimeter-wave radar, a laser radar, a binocular vision sensor and navigation positioning equipment which are arranged; through processing and calculation, a decision is made, an instruction is sent to a CAN line, the driving assembly, the steering assembly, the braking assembly, a lifting assembly and a swinging assembly, instruction information is obtained from the CAN line, and corresponding actions are executed, so that unmanned intelligent ploughing is achieved, labor is saved, and agricultural development is promoted.

The invention relates to sweet royal jelly and pollen tablets. The sweet tablets are prepared from royal jelly freeze-dried powder, bee pollen freeze-dried powder and honey powder freeze-dried powder.Vacuum ice-like dewatering is performed with a freeze drying method, dried powder is prepared from fresh royal jelly, bee pollen and honey and tableted, color, aroma, taste and nutrient components oforiginal materials are reserved, the tablets have good reconstitution property and contain no additives, the added value of products is increased, and the tablets are ideal natural sanitary food, have broad market prospects, are beneficial to agricultural development and employment promotion and bring enormous social benefits.

The invention discloses an insecticidal lamp for farmland, which comprises a solar power generation panel for solar power generation, a bluetooth circuit for receiving a bluetooth signal from a control terminal, a power amplifier circuit for amplifying an audio signal, and a Audio loudspeaker, power supply module for providing power, and insect trap light for attracting insects. The periphery of the insect trap light is provided with an electric insect net for killing insects, and the bottom of the electric insect net is provided with a The collection plate, the power module is respectively connected with the solar power generation panel, the insect trap lamp, the electric insect net and the bluetooth circuit, the power amplifier circuit is connected with the bluetooth circuit and the loudspeaker respectively, and also includes an infrared circuit and a remote controller, and the infrared circuit Connect to the power module and the remote control respectively. The invention not only can effectively suppress insect damage, but also can reduce pesticide residues in agricultural products, and is beneficial to human health and agricultural development.