32 results about "Dabie mountain" patented technology

An efficient cultivation method for dendrobium in the Dabie mountain region includes the following steps that step1, basswood saw dust, purple sweet potato anthocyanin, alga micro powder, cashew nut oil, peanut shell powder, se-enriched yeast, red earth, mulberry twig litters, gypsum, vinasse powder and egg shells are mixed evenly, a sterilization solution is sprayed on a mixture to obtain a matrix, and the matrix is laid on a planting bed by the thickness of 8 cm-12 cm; step2, according to seedling selecting and planting, cleaned and graded Huoshan dendrobium seedlings are planted on the planting bed in the step1 according to row spacing and line spacing of 10 cm-15 cm, and the dendrobium seedlings are robust dendrobium seedlings 3 cm-8 cm high; step3, after planting, watering is performed one time at the interval of 5 days every 5 days, a nutrient solution is sprayed one time at the interval of 10 days, spraying is performed on the dendrobium from time to time, and therefore the wet state of dendrobium leaves is kept; solid compound fertilizer is applied one time at the interval of two months, pesticides for preventing diseases and insects are sprayed, and the dendrobium can be harvested after 8 months-20 months.

The invention discloses a stir-frying method of a cream Dabie mountain hickory nut. The stir-frying method comprises the following steps of 1, preparing an ingredient liquid composed of 48000 to 52000g of mountain spring water, 140 to 160g of sodium cyclamate, 45 to 55g of acesulfame potassium (OK sugar), 48 to 55g of ethyl maltol, 90 to 110g of Hangman essence, 9000 to 11000g of table salt, and 3000 to 4000g of white sugar, 2, carrying out acerbity removal and rolling stir-frying on hickory nut kernels, 3, immersing the treated hickory nut kernels in the ingredient liquid, 4, carrying out rolling stir-frying, screening and detection, and 5, carrying out packaging by a bag. The fried cream Dabie mountain hickory nut is glossy, has a clean surface, a uniform color, a moderate saline and sweet taste, a crisp taste, a lasting fragrance, and a long aftertaste.

The invention provides a planting method for steep hill mixed forest of trees and shrubs in the Dabie Mountain Area in Anhui province, and relates to the technical field of mountain tree artificial planting. The planting method for steep hill mixed forest of trees and shrubs in the Dabie Mountain Area in Anhui province is characterized by comprising the steps of land preparation for afforestation, seedling treatment, afforestation, seedling reinforcement planting, mixed plantation mode determining and tending of young growth. The planting method is reasonable in method, convenient to implement and convenient to operate.

The invention relates to a production technique of Dabie Mountain area mineral water. The production technique is characterized by including: selecting Dabie Mountain area spring water as original water, filtering the original water via a PP cotton filter, a grit filter, activated carbon and a manganese sand filter, sterilizing the original water through medium-pressure ultraviolet, treating the original water with a UH reverse osmosis technique, sterilizing with a high intensity pulsed electric field, and performing sterile filling to obtain the Dabie Mountain area mineral water. The water provided is free of pollution, pathogenic bacteria, heavy metals and harmful chemicals; the mineral water contains minerals and trace elements needed by the body; the mineral water is no-degradation water in weakly alkaline and is micromolecule water high in activity; the mineral water is rich in beneficial minerals like strontium, zinc, selenium and metasilicic acid.

The invention discloses a method for breaking dormancy of wild paris polyphylla seeds in the Dabie Mountain and relates to the field of traditional Chinese medicine cultivation. According to the method for breaking dormancy of the wild paris polyphylla seeds in the Dabie Mountain, seed coat treatment and sterilization and step-by-step seed dormancy breaking are adopted, and the lamination treatment time is short and is shortened from original 18 months to 6 months. By means of the method, the problem about time cost for planting of paris polyphylla by traditional Chinese medicine material planting farmers is solved. The germination rate is high and reaches 95% or above after the paris polyphylla seeds are treated with the method as compared with the low seed germination rate of 50% or below with an original treatment method.

The invention discloses a production process of multi-level aroma green tea. The original tea is collected from the Jingangtai Dabie Mountain in Henan Province; and the original tea is processed withmore than 10 processes in a frying process, three times of repeated baking, five times of cooling, and an ancient preservation method; and the produced tea has a flat and straight shape similar to Longjing tea, green color, obvious downs, strong and tight appearance of Maojian tea, light green and clear soup, elegant aroma, long-lasting taste, green and strong leaves, and special aroma of high mountain cloud tea, including a first level of orchid aroma, a second level of tender chestnuts, a third level of strong aroma, and a forth level of fragrant aroma. After drinking, aroma lingers around the mouth and lips and gladdens the heart and refreshes the mind.

The invention discloses a chromatographic fingerprint spectrum method for identifying three varieties of medicinal dendrobium. The method comprises the following steps of polysaccharide extraction, wherein a crude polysaccharide solution is acquired; polysaccharide purification and concentration, wherein a purified concentrated polysaccharide solution is acquired; chromatographic analysis, wherein a chromatographic fingerprint spectrum is established; unknown dendrobium variety identification. The method has the advantages that three varieties of dendrobium produced in Dabie Mountain in Anhui Province can be effectively distinguished and identified according to molecular weight distribution of the main medicinal component-dendrobium polysaccharides of the dendrobium, and defects existing in a dendrobium officinale identification method set in the 2015 edition of Chinese Pharmacopoeia and a dendrobium huoshanense identification method set in the 2016 edition of Anhui Provincial Standard can be overcome; due to the fact that the dendrobium officinale identification method and the dendrobium huoshanense identification method are rough overlaying information, counterfeiters can counterfeit the medicinal dendrobium through vulnerabilities of the detection methods, the method is closer to the essence of chemical components and is more detailed information, therefore, the counterfeiters hardly can counterfeit the medicinal dendrobium, or the imitation cost is high.

The invention provides a soil improvement method for a grape planting base. The soil improvement method comprises steps of nursery land selection, trench backfill, soil improvement and soil disinfection. By means of comprehensive application of the improvement measures, the fertility level of soil of nursery land can be recovered and increased within shorter time, rapidly available nitrogen of the soil reaches 70-80 mg/kg, rapidly available phosphorus reaches 10-15 mg/kg, and soil organic matter reaches about 8 mg/kg; soil structure is improved, porosity is increased, volume weight is reduced, and planting is facilitated; effective microorganisms in the soil are increased, activity is improved, nutrients are transformed and absorbed rapidly, and the method is particularly applicable to grape planting in Dabie Mountain area in Western Anhui.

The invention discloses an open tissue culture method for a Huangzhou radish, and belongs to the technical field of plant tissue culture. The open tissue culture method for the Huangzhou radish comprises the following steps that a culture medium is prepared, then is packaged into disinfected culture vessels in a split mode, is cooled and solidified and then is inoculated with test-tube plantlets of the Huangzhou radish, and the test-tube plantlets are cultured in an open environment, wherein the culture medium, in volume of 1L of culture medium, is prepared by adding 25 g of cane sugar, 7 g ofagar powder, 2 mg of 6BA, 0.02 mg of NAA and 500-2000 mg of sodium hypochlorite on the basis of an MS culture medium body, and high-temperature and high-pressure sterilization is not need in the preparation process of the culture medium. Compared with a traditional tissue culture technology requiring high-temperature and high-pressure sterilization, the open tissue culture method for the Huangzhou radish has the advantages that the growth speed and the average contamination rate of the test tube plantlets in the two methods have no obvious difference; and a strict aseptic environment is not needed, the tissue culture cost of the Huangzhou radish can be greatly lowered, and the development of the industry of the Huangzhou radish of a product of geographical indication in Dabie Mountain Area is beneficially promoted.

The invention discloses a technology for producing mineral water. The technology comprises the following steps: selecting mountain spring water in the Dabie Mountain region as raw water, filtering themountain spring water by an ultrasonic filter, filtering the mountain spring water by an activated carbon filter, removing iron by a manganese sand filtering device, and sterilizing the mountain spring water by ultraviolet rays; sterilizing the mountain spring water by ozone; performing an UH reverse osmosis technology; introducing a clean mixed gas, and filtering the mountain spring water by a titanium filter; and performing aseptic filling by a blowing and filling integration machine to obtain the mineral water. The technology has the advantages of effectiveness in filtration, excellent adsorption effect on organic matters, and good interlayer exchange, adsorption and polymerization effects; and an auxiliary filler layer structure is designed by the applicant according to the structureof existing grass-planting bricks in order to effectively fix a main filler layer and effectively prevent the main filler layer from being obstructed, so the main filler layer has a good hydraulic load, and mineral substance elements beneficial for human bodies, such as potassium, lithium, zinc and metasilicate ions, are well reserved.

The invention provides a production method of Dabie Mountain wild vegetable pancakes. The method includes the following steps: weighing fresh spiderflowers, common sowthistle herb and elsholtzia ciliata herb and preparing wild vegetable juice; adding maltose and stevioside into the wild vegetable juice and performing astringency-removing treatment; adding salt, lactobacillus cellobiosas powder, lactobacillus bulgaricus powder, sugar and water into removed roots and wild vegetable residues obtained after juice squeezing and performing fermentation; performing freeze-drying on the fermented wild vegetable residues; mixing proper amounts of wheat flour, eggs and the astringency-removed wild vegetable juice and performing mixing into dough in a dough-mixing machine; after allowing the dough to stand for a while, preparing a wild vegetable pancake dough base with the dough; spraying a layer of sesame onto the wild vegetable pancake dough base, performing coating with a layer of edible oil and then performing baking in a baking oven; and after finishing baking, performing cooling, performing sterilization and performing packaging so as to obtain the wild vegetable pancakes. According to the invention, wild vegetable specialties of the Dabie Mountain area are reasonably utilized; the wild vegetable pancakes present another form of wild vegetable food and meet the demands of consumers; and through the method, the effective nutrients of wild vegetables can be retained to the greatest extent.

The invention provides a new method for culturing and fermenting organic enzymes by phyllostachys pubescens growing in mountains. The organic enzymes are prepared from the following components in parts by weight: 8-10 parts of sugar, 2-5 parts of organic stock solution, 50-55 parts of mountain spring water, and 40-45 parts of cleaned vegetable mixture. The new method has the beneficial effects that nuisanceless organic crops containing rich enzymes are utilized, and wild growing phyllostachys pubescens are fermented twice in a Dabie mountain natural environment, so that the organic content isincreased, unsatisfactory fermentation and sealing are reduced in a human intervention environment, the cost is reduced, and the absorption of the organic enzymes is supplemented; and the organic enzymes are added in food, and are used for resisting bacterial reproduction, so that the immune system can be improved.

The invention discloses a production process of spring water in Dabie Mountain Area. The production process includes the following steps: selecting mountain spring water in the Dabie Mountain area asraw water, filtering the raw water through an ultrasonic filter and an activated carbon filter, removing iron by filtering through a manganese sand filter device and conducting ultraviolet sterilization under medium pressure; conducting UH reverse osmosis technical treatment; conducting ozone sterilization; conducting filtering through a titanium filter; conducting aseptic filling by a blowing andfilling integrated machine to obtain the spring water in the Dabie Mountain Area. The production process can filter organic matter effectively and has a good adsorption to the organic matter. The production process further has the characteristics of interlayer exchange, adsorption and polymerization. An auxiliary filler layer structure is designed by an applicant in combination with the existinggrass-brick structure, achieves effective solidification of a main filler layer and can effectively prevent the main filler layer from being blocked. The main filler layer has better hydraulic load, and can prevent introduction of new pollutants in the water treatment process. Mineral elements beneficial to the human body are well retained, such as potassium, lithium, zinc and metasilicate ions.

The invention belongs to the technical field of livestock breeding, and particularly relates to a dabie mountain black goat later-period concentrated fattening method. The method comprises the steps that 6-month-old male black goats are finely selected as fattening goats, the stocking and pen rearing combined mode is adopted, pen rearing is performed one day every time stocking is performed one day, in the fattening period, a colony house is swept strictly every day, in the fattening period, during 10-12 o'clock at night every time, a UV-B ultraviolet light source is with the power being 10-12 W and the wavelength being 286-290 nm is selected for irradiating the fattening goats, the ultraviolet light source is placed on the wall around the colony house 30-35 cm away from the ground, and the illumination time is 18-20 min. By adopting the concentrated fattening mode, the dabie mountain black goat is fattened, the dabie mountain black goat later-period concentrated fattening method has the advantages of being good in fattening effect, high in body quality, low in disease occurrence rate in the fattening period, and the weight gaining effect is rapid.

The invention provides a simple and high-efficiency short-ear cutting method for camellia oleifera. The invention has been tested since September 2011, and the short-ear cutting propagation method of medicament treatment, film one-time sealing and sunshade net coverage was adopted, and a high rate of emergence was obtained in 2012. (up to more than 90%), grow high-quality cutting strong seedlings. The invention treats the short spikes of Dabieshan No. 1 camellia oleifera with medicine, enhances the meristem and differentiation ability of cells, promotes the formation of healing tissue and adventitious roots, and improves the emergence rate of cutting seedlings. A further optimization plan is to use a small shed-type film sunshade net to cover the cuttings, which not only maintains the excellent traits of the female parent, is easy and efficient to operate, but also reduces the cost of cutting management and saves manpower.