130 results about "Caragana" patented technology

The invention relates to a cultivating method of healthcare cassia seed contained coprinus comatus. The cultivating medium is prepared by components: by weight, 50-60 parts of cornstalk, 30-40 parts of cottonseed hull, 5-10 parts of rice bran, 10-15 parts of potato powder, 1-2 parts of land plaster, 1-2 parts bagasse, 0.2-0.3 part of calcium carbonate, 2-3 parts of quick lime, 1-2 parts of sealwort powder, 1-3 parts of immature bitter orange powder, 1-2 parts of radix angelicae powder, 1-2 parts of cassia seed powder, 1-3 parts of caragana microphylia flower, 1-3 parts of momordica grosenori leaves, 2-3 parts of sepiolite powder, and 8-10 parts of bone soup. The cultivating method includes mixing the components according to proportion, adding water to mix, bagging, sterilizing, inoculating, growing fungus in a growing room, replenishing nutrient solution and fruiting to obtain coprinus comatus. The coprinus comatus cultivated is rich in nutrients, high in content of microelements, vitamins and calcium, has healthcare function of the cassia seeds, and is high in anti-infection ability and yield during fruiting of the coprinus comatus.

The invention provides a new CkMYB4 transcription factor and its gene. The gene originates from Leguminosae Caragana shrubs Caragana korshinskii Kom., and codes R2R3 MYB transcription factors. The full length cDNA sequence of the gene comprises 1106bps, comprises a 798bp open reading frame, and codes 266 amino acids. The cDNA sequence obtained after cloning is used for constructing a plant expression vector, and the vector is transformed into wild Arabidopis thaliana to obtain a transgenic plant. Transgenic Arabidopis thaliana lignin synthetase gene and lignin content detection results show that the gene provided by the invention can change the expression of the plant lignin synthesis gene and the lignin content.

The invention provides a nano selenium micromolecular microbial polysaccharide, which is prepared under ultrasonic condition by taking micromolecular Caragana rhizobia extracellular polysaccharide as a raw material through uniformly dispersing and co-acting with selenium dioxide and a reducing agent. The production method specifically comprises the steps of: preparing a micromolecular bacterial polysaccharide solution with a proper concentration, uniformly mixing micromolecular Caragana rhizobia polysaccharide with vitamin C, slowly dropwise adding selenium dioxide to the mixed system, carrying out ultrasonic dispersion and reaction, dialyzing and freeze-drying. The nano selenium micromolecular microbial polysaccharide product prepared by the preparing process has the selenium content up to 15.2-16.4mu g / mg, selenium average grain size about of 380 nm and polysaccharide yield more than70%. Mouse test shows that the nano selenium micromolecular polysaccharide has excellent anticancer activity, and can be applied to preparing anticancer medicaments and health products.

The invention relates to a successful cutting propagation method of desert caragana, which comprises the following steps of: selecting a strongly growing bush as a maternal plant, and respectively scissoring a twig, a hard branch and a taproot of the desert caragana for cutting; putting the twig of the desert caragana into 100ppm of growth regulator solution, wherein the soaking depth is 2-3 centimeters, and the soaking time is 6.5-10 hours; putting the hard branch into 500ppm of growth regulator solution, wherein the soaking depth is 2-3 centimeters, and the soaking time is 1-3 hours; soaking the cutting of the taproot in 50ppm of growth regulator solution for 18-20 hours; and selecting a position with flat land and good drainage for arranging a cutting bed, selecting sandy soil as a cutting ground mass, cutting at the depth of 4-5 centimeters, watering after cutting, setting up a shading net in time, watering once every five days, tearing off the shading net after one month, and counting the survival rate after three months. An experiment result indicates that the processing method can ensure the success of the cutting propagation of the desert caragana, and provide abundant germ plasm resources for ecological restoration and stockbreeding production in desert regions.

The invention relates to application of caragana korshinskii extract in preparing a medicine for treating and preventing skin tinea. The caragana korshinskii extract refers to the extract obtained from the plant seed of the caragana korshinskii seed of leguminosae faboideae caragana by a conventional supercritical fluid extraction method; and each dosage form of the medicine for treating and preventing skin tinea at least comprises the caragana korshinskii extract. In the invention, the caragana korshinskii extract can obviously inhibit the active ingredients of three kinds of common dermatophytes including microsporum canis, trichophyton mentagrophytes and trichophyton rubrum.

The invention discloses a preparation method of a caragana microphylla biological feed. The technical process of the feed comprises the following steps: caragana microphylla in a field with more than three-year planting is leveled, then the stumped and harvested caragana microphylla is crushed and stored for standby; a biological agent is put into a container, then added with corn meal and warm water, the mixture is evenly stirred and then placed to be activated to become a bacteria liquid; the crushed raw material is evenly added with the bacteria liquid and clean water to make a mixture, semi-dry biofermentation is adopted for the mixture, the water content of the stirred raw material reaches 50%-55%, the prepared raw material is packed into bags and kept from light and wind at a clean place at the temperature of above 15 DEG C for 5-10 days, and the caragana microphylla biological feed is obtained by fermentation. The preparation method solves the problem that the caragana microphylla is difficult to be applied to the animal husbandry, and effectively improves the digesting rate, utilizing rate, transforming rate and palatability of the caragana microphylla; meanwhile the harmful substance tannin in the caragana microphylla is decomposed by using germ, which causes the ingestion speed of the livestock to be obviously quickened; and the caragana microphylla biological feed has the efficacies of obviously increasing the yield of the ruminants such as cow, sheep and the like, and improving the quality of meat and milk.

The invention relates to a mode of arranging and building main, auxiliary and intercropping host forests for herba cistanches, namely shelter forests against wind and for fixing sand, and belongs to the field of forestry and ecological environment. The forests consist of a main host forest, an auxiliary host forest and an intercropping host forest. The main hosts of haloxylon ammondendrons are arranged in diamonds, wherein an included angle of each two opposite angles of each diamond are 60 degrees; the distance between each two opposite angular vertexes is the tree shadow length of a 2-meter haloxylon ammondendron during sunrise and sunset on the summer solstice in the lunar calendar; one haloxylon ammondendron is planted at each opposite angular vertex; every three adjacent haloxylon ammondendrons form an equilateral triangle; and every four haloxylon ammondendrons form a diamond. The auxiliary hosts of caragana and Chinese wolfberry are respectively planted on two opposite sides of each diamond; and no trees are planted on the other opposite sides. A 0.5-meter periphery of each main host of haloxylon ammondendron is a blank area. Intercropping hosts of nanophyton erinaceum and artemisia stelleriana are intercropped at the blank area of each two adjacent diamonds. Herba cistanche is planted at the roots of haloxylon ammondendrons. The mode has the effects of blocking off and filtering sand wind, reducing a wind speed, retaining sand storm and preventing the generation of cyclones. The mode can be used for effectively controlling desertization expansion, improving the ecological environment and developing a herba cistanches industry.

The present invention is related to pharmaceutical composition essentially comprising herbal extract of Chaenomelis Fructus, Achyranthis Radix, Acanthopanax, Phlomidis Radix, Gentianae Radix, Clematidis Radix, and additionally comprising herbal extract selected from group consisting of Angelicae Radix, Cnidii Rhizoma, Gastrodiae Rhizoma, Safflower, Cinnamomi Cortex, Job's tear, Aurantii nobilis Pericapium, Ledebouriellae Radix, Lonicera japonica, Akebiae caulis, Caragana chamlagu, Licorice root, Notopterygium incisum, Persicae semen, Eucommia ulmoides, Atractylodes Rhizoma, Torilis japonica according to the need for the prevention and treatment of arthritic diseases and methods of using the above extracts and composition as potent anti-inflammatory and anti-arthritic agents.

The invention discloses a preparation method of ensile and ensile prepared through the method; the preparation method is as follows: green plants used for feeding are prepared into filamentous material and then fermented into ensile. The ensile prepared through the method of the invention not only effectively keeps the nutrient of the original branches and leaves of green plants locust, caragana and river locust, expands the feed sources, and the prepared ensile reaches the standard of high-grade ensile.

The invention discloses a lentinus edodes culture material, which comprises 70 to 85 weight percent of caragana microphylla branch powder, 10 to 25 weight percent of bran, 1 to 5 weight percent of gypsum powder and 0.2 to 1.0 weight percent of nutrient. The water content of the mixture is adjusted between 0.5 and 0.59 by adding water. By adopting the scheme, the caragana microphylla is dried and crushed, then cheap, simple and easily-obtained materials such as bran, gypsum powder, nutrient and the like are blended into the crushed caragana microphylla in a proper ratio, and the caragana microphylla is processed into the lentinus edodes culture material; and the lentinus edodes culture material is used for producing lentinus edodes so as to protect the forest, develop the production of thelentinus edodes and bring great economic benefit and social benefit.

The invention discloses caragana korshinskii dehydrin and gene thereof. The dehydrin consists of 243 amino acid residues, and comprises two Y stricture regions and a K structure region; and compared with the other dehydrin, the dehydrin is abundant in histidine (H) and glycocoll (G). The whole length of the gene of the dehydrin is 1165bp, the dehydrin is a 731bp opened reading frame from 5'end to 106-837 position, and the dehydrin has intense express under the condition that the plant is stressed by the drought and the cold, so that the dehydrin reduces the damage to plant cells, improves the anti-drought and cold-resistant capability, and is the key element of the anti-drought mechanism of the plant. The similarity between the amino acid sequence of the gene of the caragana korshinskii dehydrin and that of the gene of the pea dehydrin is 34%, and the gene of the dehydrin is a new gene. If the plant expression vector of the gene is built, and the anti-drought gene is leaded into various plants, the anti-drought and cold-resistant capability of the plant can be improved.

The invention discloses pig composite forage and a preparation method thereof. The pig composite forage is prepared from 550-570 parts of korshinsk peashrub, 200-220 parts of chopped corn, 70-80 parts of millet, 90-100 parts of soya bean powder, 7-9 parts of fish meal, 8-10 parts of shrimp meal, 10-15 parts of egg, 8-10 parts of wolfberry, 20-25 parts of pumpkin, 7-10 parts of root of kudzu vine, 15-20 parts of coix seeds, 6-8 parts of poria cocos, 8-10 parts of sea bilberry leaf slurry, 10-14 parts of dark plum, 10-14 parts of jujube, 6-9 parts of agastache rugosa, 7-10 parts of ginger, 6-10 parts of black tea and 4-5 parts of a phagostimulant. The pig composite forage comprises korshinsk peashrub as a main material. Korshinsk peashrub has high nutrient content and a high medicinal value, and can be used for pig feeding. Animals eating the pig composite forage have strong physique and strong disease resistance. The pig composite forage reduces a feeding cost and improves economic income.

The invention relates to a caragana microphylla seed / pod collecting device. The device can meet the urgent demand for mechanized collection of caragana microphylla seeds, and thus new energy is brought for income increasing of herdsmen, provincial economy growth and national dust prevention and dune work. The caragana microphylla seed collecting device mainly comprises comb teeth, comb tooth seats, an adjusting washer, a rotating shaft and a driving mechanism. The comb teeth are arranged in the axial direction without limitation on the number of sets, each set of comb teeth is composed of one or more comb teeth which are evenly arranged on the corresponding comb tooth seat in the circumferential direction, and the comb tooth seats are fixed to the rotating shaft. Gaps between the adjacent comb teeth in the axial direction of the rotating shaft can be adjusted through the adjusting washer. The driving mechanism is formed by connecting an output shaft of a motor and the rotating shaft through a coupler and a speed reducer. The rotating shaft drives the comb teeth to rotate to complete the collecting work of caragana microphylla seeds / pods. The caragana microphylla seed / pod collecting device is suitable for mechanized work and high in collecting efficiency.

The invention mainly relates to the technical field of culture, and discloses a bream parent fish feed additive. The bream parent fish feed additive is prepared from the following raw materials including caragana arborescens, senecio cineraria, rhodotypos scandens, glossy privet fruits, primula poissonii, shrub althea flowers, deutzia parviflora, physocarpus amurensis tree barks, bush cinquefoil leaves, magnolia liliiflora flower extracts, white granulated sugar, lactobacilli and compound enzymes. The raw materials are rich and are extracted from pure plants; no toxic reagent is contained; green and environment-friendly effects are achieved; the raw materials are firstly steamed and boiled at high temperature, and are then frozen at low temperature; cell structures of the plants are fast damaged; the effective ingredient extraction is accelerated; the raw materials are subjected to lactobacillus fermentation; the palatability is improved; the bream parent fish intake quantity is increased; the bream fecundity is improved; the raw materials are respectively extracted by water, common salt and alcohol solution; the effective ingredients in the raw materials are sufficiently extracted; the extraction rate is improved by 13.2 percent; the production cost is reduced; the use of the additive is convenient; the consumption is low; the resistance and the fecundity of bream parent fish can be obviously improved; the disease rate is reduced to 2 percent; the fecundity is 7562 roes.

The invention relates to a method for building drought mountain sabina przewalskii, which comprises the following steps of: ploughing soil by advancing a growing season during afforestation, ploughing the soil by a horizontal ditch, a horizontal step or a counter-slope bench terrace at a gentle slope and carrying out shrub afforestation when the soil is thawed in the spring of the next year; arranging planting points in a shape like the Chinese character pin; afforesting when the soil is thawed by 30-40cm in the early spring, soaking a seedling root by slurry prepared from diammonium phosphate and a water-retaining agent before afforestation and selecting first-class and second-class seedlings which grow in 3 to 4 years and have the seedling height of more than 20cm, healthy and strong development and good root system to afforest; in order to advance the crown closure of a sabina przewalskii forest, carrying out hybridizing configuration on shrub species according to the counter-slope bench terrace or the horizontal ditch and configuring caragana and barberry of the shrub species at the sunny slope; and configuring of caragana microphylla, hippophae rhamnoides and dasiphora davurica the tree species at the semi-sunny slope. By changing the traditional afforestation method adopting the cheap, simple and easy method, the afforestation survival rate of the drought mountain sabina przewalskii is improved, the sustainable construction of the modern forestry is accelerated, forest resources are effectively expanded and the ecological environment is improved.

The invention relates to a non-cultivated protected vegetable substrate culture and organic production technology. In the technology, a standard solar greenhouse or a plastic shed is arranged in a non-cultivated area, fermented caragana is adopted as an organic substrate, and organic vegetables are produced according to National Standard Organic Vegetable Production Technological Regulation. In the invention, the non-cultivated area, such as a desert area or a saline-alkali area which is not used for traditional agriculture production and accords with organic agricultural production on the aspect of environmental factors except the soil condition, is selected, and the organic vegetables are produced by utilizing the standard solar greenhouse or the plastic shed and adopting the fermented caragana as the organic substrate according to the National Standard Organic Vegetable Production Technological Regulation, thereby reducing the conversion time limit needed by a traditional agricultural area, improving the utilization ratio of the non-cultivated area, increasing the cultivable land area, also improving the protected vegetable quality and producing more high quality agricultural products.

The invention discloses a plant cultivation method for governing sand-land area edges and a method for governing sand land, and relates to the technical field of ecological rehabilitation. The plant cultivation method for governing the sand-land area edges includes the following steps that after sand barriers are planted and set on the sand-land area edges, 10 Kg-18 Kg of base fertilizers are applied per mu; sowing is carried out in the sand barriers in early June to mid August, 4kg-6 kg of seeds are sown per mu, the sowing depth is 2 cm to 4 cm, the line spacing is 30 cm to 40 cm, the sown seeds comprise artemisia desterorum spreng, caragana korshinskii and caragana microphylla, and the weight ratio of the artemisia desterorum spreng to the caragana korshinskii to the caragana microphyllais (3.8-4.5):3:(3-4). The method for governing the sand land includes the steps of the plant cultivation method for governing the sand-land area edges; seed compositions can healthily grow in the sand-land area edges, the population advantages are formed in the sand-land area edges, spreading of the sand-land area edges is effectively controlled, and the rehabilitation effect of the sand-land area edges is improved.

The invention relates to a caragana microphylla chlorophorus attractant for monitoring and trapping caragana microphylla chlorophorus which is a serious stem boring pest to caragana microphylla, and an application thereof. The attractant can entrap female adults and male adults of the caragana microphylla chlorophorus without pollution conveniently and efficiently. The main components of the attractant are selected from isophorone, dibutyl phthalate or diisobutyl phthalate. The attractant provided by the invention is beneficial to protecting natural enemies of longhorned beetles when being used for no matter monitoring and reporting pest situation or using a trapping method to directly prevent and control the caragana microphylla chlorophorus, so as to protect beneficial insects and remove harmful insects, thereby improving the effect on protecting and controlling the caragana microphylla chlorophorus. In addition, the use amount of chemical pesticides can be reduced, thus reducing pollution, protecting environment, and generating obvious social benefits and ecological benefits.

The processing technology of caragana microphylla feed is as follows: caragana microphylla is cut into segments, pull to shreds, pile togather and insert several air pipes; under the respiration action of caragana microphylla itself, heat is generated, blow air in through the air pipes to control temperature at 35-75 deg.C and moisture 20-45%, this step requires about 3-15 days; steam pressure at1.1-2.5 kg / sq.cm, and temperature 100-125 deg.C for 0.5-5 min; the cooked caragana microphylla shreds are sent into shaping machine and pressed into granules, or after cooling to form powdered feed. The invented technology can maintain the original nutritive component and improve the palatability greatly.

The invention relates to a preparation method of high-purity prunetin, belonging to the field of natural pharmaceutical chemistry. The preparation method of the high-purity prunetin comprises the following steps of: (1) grinding Qamdo caragana as a raw material, ultrasonically extracting by using 5-8 times of low-carbon alcohol, concentrating an extracting solution at a reduced pressure, adding a right amount of water to the concentrated solution for dispersion, adding polyamide resin for adsorption, carrying out gradient elution by using the water and the alcohol, collecting target components, concentrating at a reduced pressure, then extracting by using ethyl acetate, and concentrating the extracting solution at a reduced pressure to obtain the concentrated solution; (2) sufficiently mixing chloroform, methanol and an acidic aqueous solution in a separating funnel, standing for layering, then taking top phases as immobile phases, filling into reflux chromatography columns, starting a principal machine, pumping bottom phases as mobile phases, injecting the concentrated solution through a sampling valve after balancing, collecting components according to a detector map, recovering regents, and drying to obtain the high-purity prunetin. The invention has the advantages of easiness in operation of a process, short production period, high yield and suitability for industrialized preparation.

The invention relates to wood feedstuff, especially production feed that contains lignin and high assay raw fiber. It inoculates the fungus liquid of whiterot fungus to fixed culture medium and takes double temperature cultivating method. Under the ambient humidity 20-50%, natural aeration filling oxygen, compounding enzyme agent would be made. The fixed culture medium is 8-15% corn steep liquor, 20-35% wheat bran, 5-15% (NH4)2SO4, and the other is water. Double temperature cultivating method has two stages: first, 50-80 hours and 32-38 degree centigrade; second, 350-420 hours and 28-32 degree centigrade, totally 400-500 hours. The advantage of the invention is high activity enzyme production, low cost and good effect for feeding livestock.

The invention discloses a botanical organic compound fertilizer, which is characterized in that the fertilizer is made from the following raw materials through fermentation based on weight proportions: 45 to 50 portions of livestock and poultry manure, 15 to 20 portions of peat soil, 12 to 17 portions of straw, 5 to 10 portions of caragana, 8 to 12 portions of weathered coal, as well as 3 to 7 portions of zeolite. The botanical organic compound fertilizer of the invention has sufficient raw materials, low cost, short fertilizing time, simple preparation, as well as easy promotion and application. After application, the botanical organic compound fertilizer can improve soil organic matters, increase water-holding and fertilizer-keeping capacity of the soil, improve the environmental pollution caused by long-term application of fertilize, and promote the sound development of ecological agriculture.

The invention discloses a caragana microphylla bio-compound particle feed, which is prepared by fermenting caragana microphylla and directly mixing with a bio-compound feed and granulating, without heating, the surfaces of the feed particles are smooth and inside of the feed particles is loose, the palatability of cows and sheep is good, the protein can achieve more than 18%, the caragana microphylla bio-compound particle feed contains various high-activity digestive enzyme, abundant vitamin, organic trace elements, probiotics, amino acid and polypeptide, thus being a bio-compound particle feed containing no harmful fungus. According to the caragana microphylla bio-compound particle feed, the rumen morbidity of ruminant can be reduced, the butter-fat percentage of milk can be increased, and the culturing benefit can be effectively increased. In addition, the production cost is low, the volume is small, the caragana microphylla bio-compound particle feed is easily stored, and herbivore animals are conveniently fed with the caragana microphylla bio-compound particle feed.

The invention relates to an extraction method of caragana microphylla proteins, comprising the following steps of: preprocessing flowers and leaves or twigs of dry caragana microphylla; then washing; soaking; spirally conveying; carrying out extrusion cooking; carrying out mixed lixiviation; roughly filtering; finely filtering; flocculating; concentrating / separating; and drying so as to obtain the caragana microphylla proteins. The prepared caragana microphylla proteins have green color (as glycoprotein), extraction ratio of more than 80 percent and crude protein content of more than 90 percent, can not only be used as feeds, but also be used for industries, i.e. foods, pharmaceuticals, cosmetics, and the like, through further processing, and has very wide application prospect.

The invention discloses a method for trapping chlorophorus caragana. Ingredients adopted in the method for trapping the chlorophorus caragana are Isophoron, i.e., 3, 5, 5-trimethyl-2-cyclohexenol, prepared attractants are placed into a white centrifugal tube containing degreasing cotton, and the white centrifugal tube is placed into a triangular trapping device made of a white plastic corrugated plate for trapping male and female adults of the chlorophorus caragana. The method for trapping chlorophorus caragana has the advantages that natural enemies of longicorn can be favorably protected no matter whether the method is used for insect condition observation and prediction or the trapping method is directly used for preventing and treating the chlorophorus caragana, and the effects of promoting beneficial insects and killing pests are reached, so the effect of preventing and treating the chlorophorus caragana is improved. In addition, the method has the advantages that the chemical pesticide consumption can also be reduced, the pollution is reduced, the environment is protected, and obvious social benefits and ecological benefits can be realized.

The invention discloses an intermediate zone forest layer for a three-layer ecologic sand prevention and soil fixation forest belt and a forest establishment method thereof. The forest layer is divided into an upper layer level and a lower layer level, the first layer level is a plant layer level, the layer level body is a flat and long rectangular-ambulatory-plane-shaped forest belt formed by marshaling long-spike tamarix chinensis as main plants, 3-4 kudzu vines are cultivated nearby each main plant root at equal intervals, and middle caragana is planted outside the region 60-70 cm away fromthe main roots; the second layer level is a supply layer, the layer is arranged at the ground bottom 1.5-2 m away from the ground surface, a layer of a starch grafting sodium acrylate membrane is laid at the bottom of the supply layer, a slow release plant material layer composed of Greater Khingan coniferous forest fallen leaves is laid on the membrane, and the slow release plant material layeris mixed with starch-base mixed bacterium powder composed of Rhodomicrobium vannielii, Bacillus licheniformis, saccharomycetes and Chainia antibiotic bacteria. The layer contains multiple layer levels, has multiple ecologic environments, and is long in fertilizer enrichment period, good in sand prevention effect, high in soil solidifying force and good in economy.

The invention discloses a composite cutting rooting agent for caragana as well as a preparation method and application of the agent, and belongs to the field of plant growth regulators. The agent mainly comprises indole-3-butyric acid potassium, lentinan and a grape vine leaching solution. The method comprises the following steps: compounding indole-3-butyric acid potassium, lentinan and sodium dehydroacetate; mixing the Kyoho grape vine leaching solution with the compound according to a certain ratio; soaking caragana cuttings in the mixture. The agent has the advantages that indole-3-butyric acid potassium, lentinan and sodium dehydroacetate are compatible and have an extremely remarkable synergistic effect, so that the defect that a single component is utilized can be effectively overcome, and sprouted caragana plants are thick and strong, developed in root system, and higher in stress resistance.

The present invention relates to a machine for harvesting desert shrubs and caragana microphylla seeds / pods. The machine realizes a mechanization harvesting operation of the caragana microphylla seeds and pods, the operation efficiency of the machine is more than 10 times of that of manual work, the timely harvesting problem of the caragana microphylla seeds is solved, powerful support is provided for resource development and utilization of caragana microphylla seeds, and the machine is expected to generate significant economic and social benefits. The harvesting machine for caragana microphylla seeds of the present invention mainly comprises a rack, a harvesting device, a rotating shaft, a driving mechanism and a transport device. The harvesting device is rotatably supported on the rack, and is composed of a plurality of comb teeth uniformly arranged on the rotating shaft in radial and axial directions, gaps between adjacent comb teeth in the axial direction of the shaft are adjustable, and the gaps are successively separated from each other in a certain angle in the circumferential direction of the rotating shaft. The harvesting device is driven by a motor or other power sources. The transport device positioned below the harvesting device can transport the harvested caragana microphylla seeds / pods into a storage tank.

The invention discloses a blueberry culture medium. The blueberry culture medium is prepared from, by weight, 35-42 parts of garden soil, 5-9 parts of akadama, 8-16 parts of leaf mould, 11-16 parts of purple sandy soil, 1-3 parts of sepiolite powder, 0.1-0.3 part of tea saponin, 0.12-0.36 part of land plaster, 3-9 parts of monopotassium phosphate, 4-7 parts of ferric citrate, 1-5 parts of sodium selenite, 2-6 parts of folic acid, 0.06-0.13 part of chitin, 2-6 parts of fruits of caragana microphylia lam, 1-5 parts of roots or leaves of pilose triumfetta, 2-7 parts of roots of common carpesium, 2-6 parts of roots of vlassoviana thistle and 4-8 parts of roots of Australian cowplant. The invention further discloses a preparation method for nutrient soil. The nutrient soil meets the growing requirements of blueberries in the aspects of the soil breathability, the nutrition slow-releasing ability, the pH value and the nutrient content.

The present invention relates to feed for farm animal, and is especially one kind of intermediate peashrub herb enzymolyzing feed and its preparation process and application. The intermediate peashrub herb enzymolyzing feed has the material including intermediate peashrub herb, concentrated feed, compound enzyme preparation and water in certain proportion; and the concentrated feed contains coarse protein, calcium, phosphorus, salt, coarse fiber and water in certain proportion.