43results about How to "Rational development and utilization" patented technology

The present invention relates to a seedling-raising method for the apocynum in kaline soil. The method comprises the steps of the selection of the seed, establishment of the seedling bed of apocynum,plantation, selection of the plantation season, field management, etc. During the period from 2004 to 2006, the present invention is undertaken experiment and research on the kaline ground that is located at the edge of the desert in Beijiang District of Xinjiang Xinjiang Uygur Autonomous Region with the salt content of 25 g / kg and the content of the sulfate radical ion, which is succeeded. At present, the successfully-planted apocynum is flowered and fruited, which provides a successful technical example for the reasonable and effective development and utilization of the kaline soil in Beijiang.

The invention provides a peanut milk nutrient solution prepared from a peanut meal protein extracting solution. The nutrient solution consists of the following raw materials in percent by mass: 15-25 percent of peanut meal protein extracting solution, 3-5 percent of skim milk powder, 3-7 percent of white granulated sugar, 0.15-0.25 percent of compound stabilizer, 0.04-0.07 percent of essence and the balance of water. The peanut meal protein extracting solution is prepared by the following methods: drying the degreased peanut meal, grinding the peanut meal into peanut meal particles with the granularity of 20-100 meshes, and extracting the peanut meal protein extracting solution by adopting an enzyme extraction method or an alkali extraction method. The peanut milk nutrient solution is rich in nutrition and fragrant in taste, animal proteins in milk and vegetable proteins in peanut are effectively combined, an effect of complementing nutrition is achieved, the balance of amino acid composition is guaranteed, and the utilization rate and nutritive value of the peanut protein are improved.

The present invention discloses compound dendrobium huoshanense, cistanche and ganoderma granules and a production process thereof; and the formula thereof comprises the following ingredients, by weight: 10-15% of dendrobium huoshanense, 20-25% of mulberry, 5-10% of cistanche, 5-10% of ganoderma, and 40-60% of functional oligosaccharide. According to the invention, effective extract and use of medicinal ingredients in dendrobium huoshanense, mulberry, cistanche, and ganoderma are realized; dissolution rates of active ingredients (water-soluble components, and alcohol-soluble components) of dendrobium huoshanense, mulberry, cistanche, and ganoderma are improved; and the granules are instant to dissolve, convenient to take and good in effect.

The invention relates to the technical field of cashmere fiber or fabric dyeing, and discloses a method for dyeing black cashmere fiber or fabric with natural plant pigments. The method comprises the following steps: (1) extracting walnut green peel pigment, gallnut pigment, yam pigment and green tea tea pigment respectively; (2) using a pre-dyeing pre-treatment solution to pre-dye cashmere fibers or fabrics; (3) according to Add walnut green skin pigment, gallnut pigment, yam pigment, green tea tea pigment, penetrating agent and non-ionic surfactant to the cashmere fiber or fabric that has been pretreated before dyeing at a bath ratio of 1:10 to 20 for dyeing; (4) washing and drying the dyed cashmere fiber or fabric. In the method, natural plant pigments are extracted from walnut green peel, gallnut, yam, and green tea leaves, and cashmere fibers or fabrics are dyed by using these natural plant pigments to obtain environmentally friendly black cashmere fibers or fabric products.

The invention relates to a production method of compound dendrobium huoshanense granules. In the formula, the compound dendrobium huoshanense granules comprise the following components in percentage by weight: 10 to 20 percent of dendrobium huoshanense, 10 to 20 percent of American ginseng, 8 to 15 percent of Ningxia Chinese wolfberry and 45 to 72 percent of milk sugar. The invention also discloses a production method for the compound dendrobium huoshanense granules. The method comprises the following steps of: 1, picking the dendrobium huoshanense, the American ginseng and the Ningxia Chinese wolfberry, removing impurities, cleaning, spreading for cooling and crushing, wherein the Chinese wolfberry is not crushed; 2, adding the dendrobium huoshanense and the Ningxia Chinese wolfberry into water, detecting, and extracting for three times, filtering decocted and extracted liquid of every time, mixing the decocted and extracted liquid, concentrating under negative pressure to form thick paste, and removing filter dregs; 3, adding 70 percent ethanol into the American ginseng, detecting, and extracting for three times, filtering decocted and extracted liquid, mixing, and concentrating under the negative pressure to form thick paste; and 4, mixing extract obtained in the steps 2 and 3, concentrating further, and mixing the extract and the milk sugar in a weight ratio to prepare the granules. The compound dendrobium huoshanense granules have the advantages that: the reasonable and effective developing utilization of the dendrobium huoshanense serving as rare 'immortal grass' is realized, and the dissolution of active ingredients in the dendrobium huoshanense is improved, and thus, the compound dendrobium huoshanense granules are easy to take.

A method for preparing rice protein with high solubility belongs to the technical field of deep processing of plant protein resources. The invention uses broken rice as a raw material, and prepares rice protein with high solubility through processes such as compound enzyme multi-site directional modification, graft copolymerization with polysaccharide, spray drying and the like, which are separated by alkali extraction and acid precipitation. The rice protein nitrogen solubility index NSI prepared by the invention is more than or equal to 85%, and can be widely used as functional ingredients of protein drinks, baked products, minced meat products and nutritional health products.

The invention discloses a planting method for achieving continuous high and stable almond yield under the intercropping condition. The line spaces of almond trees are determined by utilizing a fixed planting mode, a 3 meters * 7 meters planting mode suitable for intercropping is adopted, S-genotype varieties are adopted for matching, a trimming and pruning technology is adopted for high-trunk layered trees, a fruit tree moisturizing technology is adopted to meet the water demands of the almond trees and inter-planted crops, winter rapes are inter-planted in protective zones among lines to promote fertilization and insemination of the almond trees, a young fruit abscission prevention technology is adopted to decrease fruit abscission of the almond trees, and a growth regulator is applied to promote fruit setting of the almond trees, decrease fruit abscission of the almond trees and promote flower bud differentiation of the almond trees. The technical problems of the disorder fixed planting mode of the almond trees, variety matching without scientific basis, serious intercropping contradiction, severe insufficiency of bees for supplementary pollination, young fruit abscission and unreasonable growth regulator application are solved, accordingly the almond yield in the current year can be ensured, crops inter-planted among lines are not influenced, the purpose of obtaining the yield of the next year is achieved, and high and stable almond yield is achieved.

The invention relates to a method for optimizing feldspar and quartz in tantalum-niobium ores. The method comprises the technological processes of tantalum-niobium ore tailing reselecting, efficient desliming, lepidolite flotation and feldspar flotation in sequence, and quartz concentrate is obtained by feldspar tailing flotation. According to the fluoride-free beneficiation method, the feldspar recovery rate in tantalum-niobium ore reselected tailings can be at least 85%, the content of feldspar concentrate K2O and Na2O is at least 9%, the quartz recovery rate is at least 90%, the content of quartz concentrate SiO2 is at least 98%, a traditional extensive form mineral processing technology is changed, fluoride-free environment-protecting efficient development and utilization of tantalum-niobium ore resources of China are achieved, the economic benefit of tantalum-niobium ores is greatly improved, and the method is especially suitable for optimizing feldspar and quartz in low-grade tantalum-niobium ores.

The technology for planting Yannan Dizhu pinellia tube GAP includes selecting land, selecting seed, preparing land, seedling, preventing diseases and pests, weeding, applying fertilizer, collecting and processing. The artificially planted planting Yannan Dizhu pinellia tube has the medicinal effect and quality of wild Yannan Dizhu pinellia tube maintained, and has high effective component content, stable effective component content and no pollution. Therefore, the technology of present invention can protect and develop the said medicine resource.

The present invention relates to a new method of the Flaueriinae bidentis (L.) Kuntze extract applied to the weedicide field. The weedicide emulsifying concentrate made of the Flaueriinae bidentis (L.) Kuntze extract is sprayed after diluted by the water, which has a favorable prevention effect on the weeds such as the Digitaria sanguinalis L., the Amaranthus retroflexus L., the Echinochloa crus-galli L. and the Chenopodium album L.. The Flaueriinae bidentis (L.) Kuntze extract of the present invention is used as the weedicide, which changes the waste to be a treasure by finding an effective use method for the foreign infringed substance that takes huge labor force and huge material resource for removal; which converts the passive removal of the Flaueriinae bidentis (L.) Kuntze into the reasonable control and development.