61results about How to "Early listing" patented technology

The invention discloses a green biological water-flush fertilizer, relating to fertilizers. A manufacturing method is as follows: a, adding animal protein powder, vegetable protein powder, complex bacteria and complex enzyme into an amino acid solution, mixing uniformly, placing the mixture under the temperature of 15-35 DEG C, and after 6-8 days, forming a product A; and b, adding a complex nutrition conditioner, a continuous cropping modifier, a biological insect repellant, a harm removing agent, trace elements, a nitrogen-phosphorus-potassium compound fertilizer into the product A, mixing uniformly and obtaining the green biological water-flush fertilizer. The green biological water-flush fertilizer has the beneficial effects that 1, the sprouting rate can be improved, the fast rootingcan be realized, the sufficient nutrition of plants can be ensured, and premature senility resistance and aging resistance are achieved; 2, the yield and the quality of vegetables, melons and fruits are improved; 3, the utilization ratio, the long-term property, fast effect, long effect and stable efficiency of a base fertilizer are improved; 4, the extremely-good inhibiting effect and improving function are achieved for yellow seedlings, runt seedlings, lobules, leaf roll, blight, pythium debaryanum, droop, dead seedling, rot roots, abnormal rotting disease, virus disease, seedling falling disease and the like; and 5, green and unpolluted foods are beneficial to being produced.

The invention relates to a method for culturing finless eel and freshwater crayfish in a pond, which includes (1) selecting pond or low-level pond, or opening ditches such as 'curve', 'well' or 'field' font, keeping sluice above 1.5m in the pond or ditch; (2) clearing and sterilizing the pond, keeping the water depth for 30cm, fertilizing and planting aquatic; (3)the net box of finless eel being an open style, planting water peanut in the box; (4) regulating water quality by stocking silver carp and bighead carp, putting healthy fingerlings of the freshwater crayfish one off in the last decades of April (100kg/666m²), or putting mature fingerlings of the freshwater crayfish whose female and male ratio is 2:1 in the autumn; (5) stocking young finless eels from the last ten-day of April to the first ten-day of May or the last decades of July (1kg/ m²); (6) feeding food per day, the amount of which are 5-8% of the weight of freshwater crayfish; (7)subduing feeds after young finless eels are put in the box and hungry for 3 days, the weight ratio of minced earthworm or fresh fish and finless eel is 5:1, 4:1, 3:1 and 2:1; (8) strengthening water quality management, fertilizing management and prophylaxis osamu work of the aquaculture water and inside the net box.

The invention relates to the technical field of heat drying, and particularly relates to an energy-saving fruit drying room and a drying method thereof. Farmers adopt a natural airing method to dry fruits, but fruits have oil heads, dry strips, mildew and other phenomena, the fruits are attached by soils, are cracked and rotted worse if the fruits encounter severe weather, such as cloud and dust or cloud and raining, in harvest period. According to the invention, the fruits are dried with electricity or steam, thus the cost is high, the treatment capacity is small, and the efficiency is low. The energy-saving fruit drying room comprises a drying room, a heat supply device and a support, wherein the heat supply device and the support are arranged in the drying room. In the energy-saving fruit drying room, a heating fiery pit is arranged in the drying room, no energy is wasted, and the drying room is safe to use and cannot smoke drying objects; a fan is arranged above the fiery pit, andused for blowing hot air to the whole drying room, so that the dried objects are heated uniformly; a wood-grass-soil material in a damp absorption structure is arranged on a roof to naturally adjust the humidity, so that the quality is ensured, the drying efficiency is high, and the phenomena of oil head, dry strips or mildew in the natural airing process are avoided, the color of the fruits is good, and the processing is not restricted by weather.

The invention relates to the technical field of plant cultivation, in particular to an early-mature cultivation method for citrus. The invention solves the technical problem that early-matured or earlier-matured citrus varieties, namely citrus variety matures before the end of October, lack and are difficult to cultivate and other problems in the prior art. The cultivation method adopts the following measures: A, heat preservation measures in winter; B, irrigation management; C, trimming; D, fertilization management; and E, citrus fruit thinning. Compared with the prior art, the early-mature cultivation method for citrus has the advantages that: the mature time of the citrus is advanced by about 1 month, the sugar concentration in the produced citrus is high, the quality of the produced citrus is high and economic benefit is proved greatly.

The invention is applicable to the field of testing, and provides an automatic networking product testing system and an automatic networking product testing method. The system comprises a testing case script storage unit, a testing case script interface, a task scheduling unit, a networking product script storage unit, a networking product script interface and a tested client side; the task scheduling unit is used for scheduling testing tasks according to contents of testing case scripts; and the tested client side is used for executing the testing tasks according to the contents of networking product scripts. In an embodiment of the invention, testing case scripts are not required to be written according to a protocol of the networking product scripts, so that maintenance cost is reduced. The same testing case script can be combined with a plurality of networking product scripts and is used for testing a plurality of networking products, a plurality of testing case scripts are not required to be written, time for writing the testing case scripts is saved, and accordingly required time for testing the networking products is saved.

The invention discloses a special functional biological slow-release fertilizer for chilies, belonging to the technical field of agricultural fertilizers. The fertilizer is prepared from the following raw materials in percentage by weight: 10-40% of composite microbial inoculant and 60-90% of inorganic fertilizer. The composite microbial inoculant is composed of microbial bacteria and a culture medium; and the microbial inoculant quantity in the final product is generally greater than or equal to 106/g; the microbial bacteria, including ACCC11079 Bacillus laterosporus, ACCC100011 Bacillus megaterium and ATCC35681 Paenibacillus sabinae, are evenly mixed according to the total weight of 100% to obtain the composite microbial inoculant. The fertilizer is prepared according to the nutrient characteristics and fertilizer demand law of chilies in combination with the soil microecosystem, has reasonable nutrient proportioning, can supply multiple nutritional ingredients in a balanced and continuous way, has the functions of improving the soil, increasing the fertilizer efficiency, regulating the plant growth, enhancing the stress tolerance of crops, improving the crop quality and the like, and is green and environment-friendly.

The invention discloses a healthy cowpea cultivating method based on disease, pest and pollution prevention and control. According to a traditional cowpea cultivating method, diseases and pests occur easily, and to prevent the diseases and pests, vegetable growers often use pesticides blindly, and then excessive pesticide residues and the edible safety problem are caused. According to the healthy cowpea cultivating method based on disease, pest and pollution prevention and control, technical measures such as cultivation environment hazard-free treatment, cultivation measure rationalization, pest control, pollution prevention during harvesting, storing and transportation are adopted, and scientific management is carried out on the whole course of cowpea cultivation; especially for disease and pest prevention and control, the principle of focusing on prevention is highlighted, disease and pest prevention and control are carried out from the selection of a cultivating field to harvest throughout, and physical treatment, biological drug treatment and chemical drug treatment are carried out in sequence. A pesticide residue detection result shows that the product cultivated with the method is free of residual pesticide, the pollution-free standard is met, the commodity rate reaches above 95%, and the wormy rate is below 5%.

The invention discloses a special functional biological sustained-release fertilizer for blueberry, and belongs to the technical field of agricultural fertilizers. The fertilizer is prepared from compound microbial inoculum and an inorganic fertilizer, wherein the compound microbial inoculum consists of microbial strains and a culture medium; the inorganic fertilizer consists of ammonium sulfate, potassium sulfate, monoammonium phosphate, humic acid, ferrous sulfate and EDTA chelated trace elements. The special functional biological sustained-release fertilizer for blueberry is prepared according to nutritional characteristics and fertilizer requirement law of blueberry by combining the disease treatment strategy based on the soil micro-ecosystem, contains microbial inoculum and pre-treated humic acid, is reasonable in nutrition proportion, integrates the functions of preventing and treating soil borne diseases, increasing the crop yield, improving the crop quality and improving the soil micro-ecology, has a high fertilizer utilization rate, and has remarkable economic, social and environmental benefits.

The invention discloses an early-spring towel gourd and strawberry interplanting cultivation method. The method comprises the first step of soil preparation, the second step of strawberry planting, the third step of management after planting, the fourth step of early-spring towel gourd variety selection, sowing and seedling raising, the fifth step of early-spring towel gourd planting and the sixth step of management after planting, and the seventh step of hormone treatment and harvesting. Compared with the prior art, by the adoption of the early-spring towel gourd and strawberry interplanting cultivation method, the process is simple, the cost is low, the production period is short, the pest and disease damage rate can be remarkably lowered, meanwhile, towel gourds and strawberries can provide nutrient for each other and promote growth of each other, the yield and economic benefits are remarkably improved, and the land and space utilization rate is improved.

The invention discloses an all-male macrobrachium rosenbergii seed production method. The method comprises the following steps: step 1, design and synthesis of siRNA targeting DMRT1; step 2, transfecting prawn larvae with the obtained siRNA, extracting RNA of the interfered prawn larvae to prepare cDNA through reverse transcription, and detecting expression of DMRT1 and IAG genes after RNA interference by using real-time fluorescent quantitative PCR; step 3, detecting and screening pseudofemale parents; step 4, cultivating and verifying the all-male macrobrachium rosenbergii; and step 5, passage of all-male macrobrachium rosenbergii female parent pseudofemale shrimps. The method can solve the problems of low reversal rate and high mortality rate in the interference process of the all-malemacrobrachium rosenbergii; and the male proportion in offspring for producing shrimps is high, and the culture effect is good.

The invention relates to a composite full biological pesticide, belonging to the biological pesticide field, comprising the following component by weight parts: EM original solution 25-35 parts, rapin 0.5-1.5 parts, potassium dihydrogen phosphate leaf-surface composite fertilizer 1-2 parts, plant health agent 25-36 parts, and water 30000 parts, wherein the plant health agent is composed of the following components by weight parts: distilled spirit 0.5-1.5 parts, vinegar 0.5-1.5 parts, brown sugar 0.5-1.5 parts and water 60 parts. The composite full biological pesticide has 90-100% control efficiency on diseases such as plant 'virus disease', 'decay disease', 'black dot disease, 'blight', 'corky scab', 'physiology disease', 'stunty seedling, root decline or the like; 95-100% control efficiency on diseases such as chewing mouthparts, piercing-sucking mouthparts pest larvae; and increases fruit seed setting rate and quality, with promotion on early coloring, early maturing and early coming into the market.

The invention belongs to the field of planting of passiflora edulis, and discloses an early-maturing high-yield cultivation method of passiflora edulis. The early-maturing high-yield cultivation method of the passiflora edulis comprises the following steps: conducting temporary planting culture on young seedlings, obtained by adopting in-vitro cutting seedling-raising of single-bud bodies, of thepassiflora edulis in nutritious cups, planting obtained plants for field planting in planting furrows at high density, after field planting is conducted, trimming the plants until the height of the plants is 25-35 cm, keeping three node buds of each plant, leading a strong lateral bine, as a fruit-setting main bine, of each plant to the top of a corresponding canopy by means of a corresponding rope, removing other lateral branches, keeping the main bines for fruit setting, and conducting topping after the length of the main bines exceeds 350 cm; and after field planting is conducted, conducting fertilization and disease and pest control regularly. By adopting the provided method, the purpose of making the passiflora edulis go into the market early can be achieved, and the early yield is raised, so that the fruit commodity is improved.

The invention relates to a method of dwarfing potted lily method. The invention provides a way of dwarfing potted lily for fast culturing the potted lily. The invention includes the steps: 1. seed balls are dipped in dwarfing preparation of uniconazole P for 15 to 30 minutes with the concentration of 15-50 mg/L and with the temperature of 18 to 20 DEG C; 2. matrices of potted lily are 25 to 35 percent of peat soil, 55 to 65 percent of garden soil and 10 percent of river sand; before the emergence of seedlings, the soil temperature is controlled at the 13 to 15DEG C; 3. after the emergence of seedlings, the luminance of the cultivation environment is controlled at 2 to 30,000 Lx, and the temperature is controlled at the 15 to 28 DEG C.

The invention discloses a greenhouse grape and vernalized broad bean interplanting method. According to the method, grape leaves are utilized for shading and cooling in the winter idle period after greenhouse grape picking is finished in August, vernalized broad beans are transplanted between two rows of grapes at the end of August to the beginning of September, and pods are picked in the first ten days of November to the middle ten days of April, that is to say, the pod picking time reaches up to 6 months. The output value of fresh broad bean pods can be increased by 5000 yuan or above per mu of vineyard; fresh broad bean straw is buried between grapes after soil turning to serve as high-quality organic fertilizer for grapes, application of chemical fertilizer is reduced, the taste of grapes is improved, normal growth of grapes is not influenced, space is reasonably utilized, labor usage is balanced without duplication, and grapes and vernalized broad beans complement each other.

The invention discloses a Chinese herbal medicine extraction nutrient solution, a preparation method and an ecological planting method. The Chinese herbal medicine extraction nutrient solution is prepared from the following raw materials in parts by weight of 10-15 parts of fermentation liquor, 1-5 parts of trace elements, 5-10 parts of amino acid and 300-400 parts of RO water. The fermentation liquor comprises elecampane, scutellaria baicalensis, dandelion, fructus forsythiae, coptis chinensis, cortex pseudolaricis, galangal, golden cypress, cinnamon, clove, mangnolia officinalis, radix sophorae flavescentis, radix salviae miltiorrhizae, rosemary, radix stemonae, radix gentianae, quisqualis indica, artemisia apiacea, dendrobium officinale, herba violae, smoked plums, euphorbia helioscopia, saccharomycetes, bifidobacteria, bacillus subtilis and pseudomonas. The planting method comprises the steps of applying base fertilizer to a farmland; after crops are transplanted, mixing a microbial agent with water for root irrigation; and spraying the Chinese herbal medicine extraction nutrient solution to crop leaves. The method has the advantages that less pesticide is sprayed or even no pesticide is sprayed, the crops using the nutrient solution can appear on the market in advance, the harvesting period is prolonged, the quality of agricultural products is greatly improved, and the problems of soil acidification, heavy metal pollution and the like in the planting environment can be remarkably solved.

The invention relates to a cultivation method for interplanting early season rice with Chinese yams. The method comprises the steps of land selection and preparation, variety selection, seed soaking and germination accelerating of Chinese yam seeds, sowing, enough Chinese yam base fertilizer application, field management, harvesting and the like. By means of the characteristics that early season rice plants are short and upright and the light requirements of the seedling stage after sowing is conducted on the Chinese yams are low, scientific and reasonable internplanting is conducted on the early season rice and the Chinese yams, the problems that pest and disease damage is caused by continuous cropping, so that the Chinese yam yield is low, and the quality is poor are solved, the yield can be increased, the early season rice and the Chinese yams can come into the market in advance, and the good economic benefit is obtained; field management is conducted in the mode of combining intertillage weeding, topdressing and pest and disease damage control is adopted, reasonable nutritional ingredients can be provided for the early season rice and the Chinese yams, and meanwhile the pest and disease damage control effect is achieved; the control effect is significant, and the phenomenon that chemical pesticide is used for treatment is avoided.

The invention discloses a rapid garden building cultivation technology for clonal plug seedlings of tea trees. The technology comprises the following cultivation steps of field planting, crop rotationarrangement, field management and pest control. The method has the beneficial effects that the root systems of the tea seedlings bred in the plug trays are kept complete, the transplanting survival rate reaches 90% or above and is generally increased by 30% compared with bare-rooted seedlings, one-time orchard formation can be guaranteed, and good social benefits are achieved; the clonal tea leaves are excellent in quality and early in marketing (generally 7-15 days earlier), the economic benefit per mu is 5000 yuan or above and is about 2 times that of a conventional tea garden, and the clonal tea leaves have good economic benefits.

A carrier-free land grid array (LGA) Integrated Circuit (IC) chip package and a preparation method thereof are provided. The IC chip package includes: an inner pin, an IC chip, a pad, a bonding wire, and a mold cap. The inner pin is designed to be a multi-row matrix form at a front side of the package, and is designed to be an exposed multi-row approximate square-shaped circular gold-plated contacts at a back side; the IC chip is provided on the inner pin, the inner pin is adhered to the IC chip with an adhesive film sheet, the pad on the IC chip is connected to the inner pin by the bonding wire, and the mold cap encircles the adhesive film sheet, the IC chip, the bonding wire, and edges of the inner pin, so as to form a whole circuit. The present invention adopts approximate square-shaped spherical array contacts, thereby having a simple and flexible structure, and achieving a desirable heat-dissipation effect. A cooper lead frame (L/F) has a high yield, and reduces the material cost. The L/F is used to replace a ceramic substrate, PCB substrate, or BT substrate, thereby saving the complicated layout design, shortening the designing and manufacturing cycle, accelerating the trial production course, and enabling the product to be early listed to obtain market opportunities.

The invention provides a base material and method for conducting soilless culture on cucumbers, and belongs to the technical field of cucumber cultivation. The base material is prepared from, by weight, 20-40 parts of mushroom dregs, 15-35 parts of cow dung, 8-27 parts of saw powder, 5-15 parts of rice chaff, 6-14 parts of cottonseed cakes and 8-20 parts of bone meal. The method includes the steps that after soaking and accelerating germination are conducted on cucumber seeds, and cucumber seedlings are obtained; field planting is conducted on the cucumber seedlings in a field planting groove containing the base material to conduct cultivation; at the period from field planting to initial flowering, drop irrigation is conducted on the cucumber seedlings by using a first nutrient solution; after the cucumber seedlings grow to a fruit set stage, drop irrigation is conducted on the cucumber seedlings by using a second nutrient solution.

A temp controller for the solar heater used in culturing the larvae of bivalve shellfish has vacuum tube type solar heat collector, heat exchanging system consisting of heat accumulator and coiled Ti-steel tube, central controller, fresh water tube, seawater tube, and circulating pump. There connection scheme is also disclosed.