31results about How to "Guarantee market supply" patented technology

The invention discloses a teasel root planting method which comprises the following steps of: (1) screening a wild teasel seed source in which the content of teasel saponin is larger than or equal to 2.0 percent and the content of extract is larger than or equal to 45 percent, and building a high-quality seed breeding nursery; (2) collecting the seeds of the high-quality breeding nursery, and transplanting seedlings or directly sowing seeds in a field; and (3) carrying out field management and comprehensive pest control, and harvesting the mature crude drugs. The quality of teasel produced through the planting technology disclosed by the invention meets the specified requirements of the Chinese Pharmacopoeia. Therefore, According to the method provided by the invention and used for planting and production of teasel roots, the quality of teasel roots and the quality stability can be improved, the yield of teasel roots can be increased, the market supply of teasel roots is ensured, high excavation amount of wild teasel roots is indirectly reduced, and contribution is made for protection of wild teasel roots.

The invention relates to a diesel oil storage device with a blending function. The diesel oil storage device consists of a diesel oil storage tank No. 0, a diesel oil storage tank No.-35 and a blending pump room, wherein, the diesel oil storage tank No. 0 is built under a surface frozen soil layer; the diesel oil storage tank No.-35 is a vertical cylindrical tank and is built on the ground; and the blending pump room is built above a heat tracing outlet end of the diesel oil storage tank No. 0 and is equipped with an additive storage tank, an additive thinning tank, a static mixer, an on-lineanalysis meter and a computer control system. The diesel oil storage device has the advantages that investment on oil depot equipment is reduced; according to weather and market changes, diesel oil No.0, diesel oil No.-35 and an additive can be rapidly blended into diesel oil No.-10 and No.-20; and in the case of possible changes of certain indexes of the diesel oil No.0 after long-term storage, the additive is simply added for blending so as to achieve the purposes of improving the indexes and further obtaining qualified diesel oil product.

The invention discloses a GPA planting method of Lycoris aurea. Harvested flowers of the Lycoris aurea can be used as raw medicinal materials for extracting galanthamine. The method includes the six main steps of plantation building, propagation method implementation, planting, field management, pest control, and harvesting, processing and storage. By replacing wild resources with artificially-cultivated Lycoris aurea resources, the ecological environment can be effectively projected, water and soil loss can be prevented, and market supply of raw medicinal materials of the galanthamine and clinical medication safety of the galanthamine can be guaranteed as well. Because the overground flowers of the Lycoris aurea are used as the raw medicinal materials for extracting the galanthamine, labor intensity is small, the proportion of labor cost is small, and production cost is low. The standard operating procedure of each production link is worked out for the first time. The content of the galanthamine in the dried flowers, used as the raw medicinal materials, of the Lycoris aurea produced through the method is much higher than that in bulbs used as raw medicinal materials for producing galanthamine in a pharmaceutical factory in the prior art. Lycoris aurea industrialization and GAP standardized artificial cultivation are achieved through the method.

The invention discloses a culture medium for indoor cultivation for selenium enrichment stropharia rugoso-annulata and a cultivating method. The culture medium for indoor cultivation for selenium enrichment stropharia rugoso-annulata comprises a mother strain culture medium, an original strain culture medium and stropharia rugoso-annulata cultivating materials, selenium (Se) and a fertilizer containing selenium (Se) are added into the culture medium, the selenium is guided into the stropharia rugoso-annulata body, therefore the stropharia rugoso-annulata with higher organic selenium content isgenerated, and the organic selenium content in the fresh stropharia rugoso-annulata reaches 0.08 mg / kg-1 mg / kg. The selenium can improve the human immunity and promote the lymphocyte proliferation and the synthesis of antibodies and immune globulin. According to the method, the stropharia rugoso-annulata can be produced indoors or in a temperature control greenhouse, the full-year market supply of the stropharia rugoso-annulata is ensured, and organic selenium is provided for consumers; according to the method, the processes are convenient, the pollution rate is low, the strains are pure, theoperations are simple, the cultivating period is short, the biological efficiency reaches 70%, and the method is worthy of application and popularization of factorization and industrialization.

The invention relates to a processing method of low-salt wheat sauce with fermentation flavor, which comprises the following steps of: artificially inoculating wheat, oat and soybeans as raw materials by using various food microorganisms of aspergillus oryzae, rhizopus and the like, carrying out low-salt (7-8%) solid constant-temperature fermentation, fine grinding, fermenting by using yeasts for multiple days, sterilizing and packaging. The product processed by the method has stable quality, unique formulation, no food additive and long quality guarantee period; the characteristics of color, fragrance, flavor and nutrients of the wheat sauce are well reflected; and the production period of the finished product is shortened to half of a month, and the wheat sauce can be produced all the year around.

The invention provides a red-rooted salvia root cultivation method capable of achieving continuous cropping. On the basis of original conventional production and planting, only several simple operations including applying potassium hydroxide and plant ash during soil preparation and applying basic fertilizers during top dressing in a growing period are added to the red-rooted salvia root cultivation method capable of achieving continuous cropping. The red-rooted salvia root cultivation method capable of achieving continuous cropping includes: applying 1-2 kilograms of the potassium hydroxide and 20-40 kilograms of the plant ash per mu; applying 10-15 kilograms of ammonium hydrogen carbonate per mu during primary top dressing in the growing period; and applying 15-25 kilograms of calcium magnesium phosphate per mu during secondary top dressing in the growing period. The red-rooted salvia root cultivation method capable of achieving continuous cropping is simple to implement, small in input and large in harvest, enables red-rooted salvia roots to be capable of being continuously cropped for one year and is capable of effectively preventing the problems of aggravated pest and disease damage, physiological dead seedlings and withered seedlings, underground part growth amount decrease, decrease of the number, diameters and lengths of root systems, lower output, active ingredient content reduction and the like of conventional red-rooted salvia root continuous cropping. Since one-year continuous cropping can be achieved, use ratio of limited land suitable for planting the red-rooted salvia roots is increased in geo-authentic production regions, the plantable area of the red-rooted salvia roots can be multiply increased, and further, total output of the red-rooted salvia roots can be multiply increased, and the quality of red-rooted salvia root medicinal materials is guaranteed.

Provided is a cultivation method for improving continuous cropping yield and active ingredient content of salvia miltiorrhiza. According to the cultivation method, on the basis of original conventional production and plantation, some simple operation of applying potassium hydroxide and calcium magnesium phosphate fertilizer in the soil preparation process and additionally applying alkaline fertilizer and inorganic base in the growth topdressing process are added. In each acre, 1-2 kilograms of potassium hydroxide and 10-20 kilograms of calcium magnesium phosphate fertilizer are used; for the first topdressing in the growing period, 10-15 kilograms of ammonium bicarbonate is used in each acre; for the second topdressing in the growing period, 800-1200 grams of potassium hydroxide is used in each acre. By means of the cultivation method, implementation is simple, input is little, the salvia miltiorrhiza can be continuously cropped for one year, pest and disease damage aggravation caused by traditional continuous cropping of the salvia miltiorrhiza can be effectively prevented, and the problems of physiological seedling death and seedling withering, poor growth of the ground part and the underground part of the survived salvia miltiorrhiza, yield reduction and reduction of the active ingredient content are effectively solved. Because the salvia miltiorrhiza can be continuously cropped for one year through the method, the utilization rate of limited lands suitable for growing the salvia miltiorrhiza in a tunnel region is improved, the plant area of the salvia miltiorrhiza is multiplied, the total yield of the salvia miltiorrhiza is multiplied, and the quality of salvia miltiorrhiza medicinal materials is guaranteed.

The invention provides a method for preprocessing lemon without damage and keeping fresh, comprising the following steps: (1) damage-proof harvesting; (2) damage-proof assembly and disassembly as wellas transportation; (3) fixation damage-proof primary selection; (4) damage-proof strengthened cleaning; (5) damage-proof faintly acid ozone water sterilization; (6) damage-proof bacteriostasis; (7) damage-proof air drying; (8) damage-proof packaging; and (9) damage-proof sterilization temperature-control storage. The method can perform standardized management, systematically promote the preprocessing treatment of lemon and have high production efficiency and long refreshing time of lemon.

The invention relates to a separation technology for plasma protein through a low-temperature ethanol method. The two-step low-temperature ethanol separation method is adopted for separating a human blood albumin product. The technology is characterized in that the step of separating a component IV precipitate does not exist in the low-temperature ethanol separation technology for the human bloodalbumin, after components I, II and III are precipitated, the component V precipitate is directly separated, the ultrafiltration process for a human blood albumin solution is a two-step ultrafiltration technology, firstly, an ultrafiltration filtrate is reserved through ultrafiltration, macromolecule impure protein is removed through ultrafiltration, and then the human blood albumin is subjected to ultrafiltration to remove micromolecule protein, residual ethyl alcohol and possible aluminium ions. The technology has the advantages that the high yield of the human blood albumin product is fundamentally guaranteed, the possibility of repeated production or the reproduction process in the production technology of the human blood albumin is completely eliminated, and it is guaranteed that production of a blood product more effectively meets the demand of GMP for the medicine.

The invention discloses a norbornene organo-dialkoxysilane compound and a preparation method thereof. The norbornene organo-dialkoxysilane compound has a general formula (I), wherein R<1> is alkyl containing 1-5 carbon atoms; R<2> is branched alkyl with 3-10 carbon atoms on alpha or beta secondary carbon atoms connected with silicon atoms. The compound can be used as an external electron donor ofa propylene polymerization Ziegler-Natta catalyst system, can have better comprehensive performance as the external electron donor and can maintain the high activity of a catalyst and improve the hydrogen sensitivity of the catalyst as compared with existing external electron donors.

The invention discloses a method for counter-season cultivation of black-skinned chicken fir in a plateau area, which belongs to the technical field of artificial cultivation of mushrooms. A method of planting black-skinned chicken fir in the plateau area against the season. Select the plateau area and plant black-skinned chicken fir in different seasons in spring, summer and autumn. During the management of mushroom production, part of the plastic bag is removed from the mushroom tube to reduce the moisture content of the mushroom Excessive loss, while controlling the size of the mushroom cap, ensures the quality and quality of the mushrooms; in addition, it avoids the defects of stripping off plastic bags in the conventional planting method, resulting in polluted soil, and cannot continue planting in the next year. It can be planted continuously in the next year, ensuring The high-yield and high-yield of mushroom.

The invention discloses a production process for preparing an astragalus polysaccharide lipidosome nano preparation. An ethanol injection method is adopted, and process conditions are as follows: a mass ratio of soybean lecithin to cholesterol is (2:1)-(6:1), the final concentration of an ethanol dissolving lipoid solution is 6-15%, pH value of a phosphate buffer is 6.0-7.5 and the concentration of an astragalus polysaccharide solution is 0.3-1%. The production process disclosed by the invention can remarkably improve an entrapment efficiency of the astragalus polysaccharide lipidosome nano preparation to 36.64%, a mean grain size is 243.4nm, and the grain size of the majority is less than 1000nm; the lipidosome product is relatively ideal; the production process provides a good process route for large-scale production in the future, and can effectively enhance the medicine effect of the preparation and guarantee market supply of the natural medicine high-tech preparation replacing antibiotics and chemical drug feed additives.

The invention specifically discloses a preparation method of longstamen onion bulb liquor. According to the method, the longstamen onion bulb liquor is prepared from fresh longstamen onion bulb and fresh fructus trichosanthis according to the following raw material ingredients in parts by weight: 5 to 10 parts of longstamen onion bulb, 10 to 20 parts of fructus trichosanthis and 100 parts of Chinese liquor. The specific preparation method comprises the steps of respectively cleaning fresh and mature longstamen onion bulb and fructus trichosanthis, performing draining, crushing the longstamen onion bulb and fructus trichosanthis into uniform fine pulp by using a homogenizer, adding a formula amount of Chinese liquor, carrying out reflux extraction for 2.5 hours at 60 DEG C, performing standing for 60 days at room temperature, performing centrifuging to remove dregs and liquor mud, taking a supernate, putting the supernate into a wine storage tank, performing sealing, putting the wine storage tank into a freezing chamber, carrying out cold storage for 15 days under the condition of 0.5-1 DEG C, and then carrying out micro-filtration by adopting a 0.2-micron membrane under the environment of 0.5-1 DEG C, and thus obtaining the product. The preparation process flow is controllable, and industrial production can be formed.

The invention discloses a planting method for teasel root, comprising the following steps: planting land selection and water drainage and supply, water supply, soil preparation and fertilization, deinsectization and weeding, sowing, seedling transplanting, fertilizer and water management, teasel root retention, and teasel root harvesting. By means of the planting method, the use number of pesticides is reduced to the greatest extent, the quality and quality stability of medicinal materials are improved, market supply of the teasel root market is guaranteed, the frequency of digging wild teaselroots is reduced indirectly, and the method also lays a good foundation for improving the manual large-scale teasel root planting and enhancing the teasel root product competitiveness and has good economic benefits, social benefits and ecological benefits.

The invention relates to a fast cultivation device of paridis rhizoma seedlings in the technical field of plant cultivation. Firstly, the paridis rhizoma seedlings are subjected to fast germination treatment, and then enter an environment control room for level one light auxiliary sound seedling period cultivation treatment in a room temperature environment, and then the level two light auxiliary fast cultivation treatment in a simulated outdoor environment is carried out in the environment control room before seedling damping-off in the first year. Based on a plant growth microenvironment control technology, by combining a sugarless culture micropropagation technology, under the premise that suitable environmental factors such as light, temperature, humidity, carbon dioxide, and nutritional elements are provided for the paridis rhizoma seedlings, the problems that the paridis rhizoma seedlings have a long germination period, fragile seedling growth, a low survival rate of transplanted plants, a long seedling period and the like are solved.

The present invention discloses one kind of making process of E1 / E0 level environment protection artificial plate. After plain plate with free formaldehyde releasing amount greater than or equal to E2 level is made with common urea resin adhesive, the plain plate is processed through ammonia vacuum process to lower the free formaldehyde releasing amount to E1 / E0 level. According to the density and initial formaldehyde releasing amount of the plain plate, the ammonia consumption and formaldehyde lowering time are regulated to control the processing effect. The said process has stable product quality and low cost, and is suitable for various artificial plates, including plywood, medium density fiber plate, high density fiber plate and shaving board.

The invention discloses a treatment method, artificial planting and a wild tending method of gentiana dahurica seeds. The treatment method comprises the steps of: after drying the seeds, carrying outvacuum sealing on the seeds and carrying out frozen storage below minus 18 DEG C; two to five days before sowing, taking out the seeds subjected to frozen storage, and sieving to obtain full and non-impurity seeds; and carrying out water washing on the sieved seeds, then soaking the seeds in water for 2 to 4h, finally, soaking the seeds in mixed solution of gibberellins and humic acid for 12 to 36h, placing the obtained seeds into a coating machine to carry out coating, sequentially adding a bacteriostatic agent, a water-retaining agent and red clay powder into the coating machine, spraying clear water to carry out seed coating, after coating is completed, adding a repellent, carrying out uniform mixing, placing the obtained product in the room to carry out ventilation drying, and carryingout air-drying until water content is 30 to 50%. According to the treatment method, the artificial planting and the wild tending method of the gentiana dahurica seeds, which are disclosed by the invention, the modern agricultural technology is applied, mechanization is introduced, production efficiency and a standardization level of gentiana dahurica medicinal material production are improved, and production cost is reduced.

The invention discloses a norbornene base organic group dialkoxy silane compound and a preparation method thereof. A general formula of the norbornene base organic group dialkoxy silane compound is asshown in the description, wherein R1 is an alkyl of 1-5 carbon atoms; and R2 is a branched alkyl with 3-10 carbon atoms on an Alpha or Beta secondary carbon atom connected with a silicon atom. An external electron donor in a new structure is used for a propylene polymerization catalyst system, and better comprehensive performance is expressed as the external electron donor. Compared with an existing external electron donor, the external electron donor is capable of maintaining high activity of a catalyst, and improving hydrogen sensibility of the catalyst.

Provided is a cultivation method for improving continuous cropping yield and active ingredient content of salvia miltiorrhiza. According to the cultivation method, on the basis of original conventional production and plantation, some simple operation of applying potassium hydroxide and calcium magnesium phosphate fertilizer in the soil preparation process and additionally applying alkaline fertilizer and inorganic base in the growth topdressing process are added. In each acre, 1-2 kilograms of potassium hydroxide and 10-20 kilograms of calcium magnesium phosphate fertilizer are used; for the first topdressing in the growing period, 10-15 kilograms of ammonium bicarbonate is used in each acre; for the second topdressing in the growing period, 800-1200 grams of potassium hydroxide is used in each acre. By means of the cultivation method, implementation is simple, input is little, the salvia miltiorrhiza can be continuously cropped for one year, pest and disease damage aggravation caused by traditional continuous cropping of the salvia miltiorrhiza can be effectively prevented, and the problems of physiological seedling death and seedling withering, poor growth of the ground part and the underground part of the survived salvia miltiorrhiza, yield reduction and reduction of the active ingredient content are effectively solved. Because the salvia miltiorrhiza can be continuously cropped for one year through the method, the utilization rate of limited lands suitable for growing the salvia miltiorrhiza in a tunnel region is improved, the plant area of the salvia miltiorrhiza is multiplied, the total yield of the salvia miltiorrhiza is multiplied, and the quality of salvia miltiorrhiza medicinal materials is guaranteed.

The invention discloses a teasel root planting method which comprises the following steps of: (1) screening a wild teasel seed source in which the content of teasel saponin is larger than or equal to 2.0 percent and the content of extract is larger than or equal to 45 percent, and building a high-quality seed breeding nursery; (2) collecting the seeds of the high-quality breeding nursery, and transplanting seedlings or directly sowing seeds in a field; and (3) carrying out field management and comprehensive pest control, and harvesting the mature crude drugs. The quality of teasel produced through the planting technology disclosed by the invention meets the specified requirements of the Chinese Pharmacopoeia. Therefore, According to the method provided by the invention and used for planting and production of teasel roots, the quality of teasel roots and the quality stability can be improved, the yield of teasel roots can be increased, the market supply of teasel roots is ensured, highexcavation amount of wild teasel roots is indirectly reduced, and contribution is made for protection of wild teasel roots.

The invention discloses a treatment method, artificial planting and wild tending method of Dauri gentian seeds. The treatment method includes: vacuum seal the seeds after drying, and store them frozen below -18°C; take out the frozen stored seeds 2-5 days before sowing, and sieve them to obtain plump and free seeds; wash the sieved seeds with water, Then soak in water for 2-4h, and finally soak in the mixed solution of gibberellin and humic acid for 12-36h, put it into the coating machine for coating, add antibacterial agent, water-retaining agent, red clay powder to the coating successively In the machine, spray clean water to coat the seeds. After the coating is completed, add repellent, mix well, and place it indoors to ventilate and dry until the water content is 30-50%. The treatment method, artificial planting and wild tending method of Dauri gentian seeds of the present invention use modern agricultural technology, introduce mechanization, improve the production efficiency and standardization level of Dauri gentian medicinal material production, and reduce production costs.

The invention provides a method for preprocessing lemon without damage and keeping fresh, comprising the following steps: (1) damage-proof harvesting; (2) damage-proof assembly and disassembly as well as transportation; (3) fixation damage-proof primary selection; (4) damage-proof strengthened cleaning; (5) damage-proof faintly acid ozone water sterilization; (6) damage-proof bacteriostasis; (7) damage-proof air drying; (8) damage-proof packaging; and (9) damage-proof sterilization temperature-control storage. The method can perform standardized management, systematically promote the preprocessing treatment of lemon and have high production efficiency and long refreshing time of lemon.

The present invention relates to a liquid medicine for preventing and curing avian influenza. It is made up by using 7 Chinese medicinal materials of coptis root, phellodendron bark, scutellaria root, lonicera flower, plantago seed, crataegus fruit and honey. Said invention also provides its preparation method and concrete application method.

The invention discloses a production process for preparing an astragalus polysaccharide lipidosome nano preparation. An ethanol injection method is adopted, and process conditions are as follows: a mass ratio of soybean lecithin to cholesterol is (2:1)-(6:1), the final concentration of an ethanol dissolving lipoid solution is 6-15%, pH value of a phosphate buffer is 6.0-7.5 and the concentration of an astragalus polysaccharide solution is 0.3-1%. The production process disclosed by the invention can remarkably improve an entrapment efficiency of the astragalus polysaccharide lipidosome nano preparation to 36.64%, a mean grain size is 243.4nm, and the grain size of the majority is less than 1000nm; the lipidosome product is relatively ideal; the production process provides a good process route for large-scale production in the future, and can effectively enhance the medicine effect of the preparation and guarantee market supply of the natural medicine high-tech preparation replacing antibiotics and chemical drug feed additives.

The invention discloses a normal-temperature reconstituted milk yoghourt and a preparation method thereof. The normal-temperature reconstituted milk yoghourt is prepared from the following raw materials: 6.0-8.5% of cane sugar, 0-0.4% of milk protein powder, 1.6-2.0% of a compound stabilizer, 0.002-0.01% of a leavening agent and the balance of reconstituted milk, totaling 100%. The preparation method comprises the following steps: heating the reconstituted milk to 45-55 DEG C, adding other ingredients except the leavening agent, and mixing for 15-30 minutes; homogenizing, sterilizing and cooling the obtained material to obtain a fermentation substrate; and adding a leavening agent into the fermentation substrate for fermentation, fermenting for 4.5-6.5 hours, demulsifying, carrying out secondary pasteurization, cooling, and carrying out sterile filling. The problems of taste, stability and the like caused by production of normal-temperature yoghourt from reconstituted milk are solved, the problem of shortage of raw milk of the normal-temperature yoghourt with the largest demand for the raw milk is successfully solved, dairy enterprises can still produce high-quality normal-temperature yoghourt in the season of milk shortage, and market supply is guaranteed.

Provided is a salviae miltiorrhizae cultivation method capable of lowering continuous cropping bad effect. A plurality of simple operations of lime applying and plant ash applying during soil preparation and alkaline fertilizer adding during topdressing in a growing period are added on the basis of original conventional production plantation. 20-40kg of lime and 30-50kg of plant ash are applied each mu. During first topdressing in the growing period, 10-15kg ammonium bicarbonate is applied each mu, and during second topdressing in the growing period, 15-25kg calcium magnesium phosphate is applied each mu. Applying is easy, investment is low, harvest is high, salviae miltiorrhizae can be continuously cropped for a year, the problems that during salviae miltiorrhizae traditional continuous cropping, plant diseases and insect pests are aggravated, physiologic seedling dying and withering happen, growth amount on and under ground is decreased, root system number, diameter and length are reduced, harvest is lowered, and active ingredient content is lowered are effectively prevented. Due to the fact that continuous cropping can be carried out for a year, using rate of limited soil which is suitable for planting the salviae miltiorrhizae in authentic producing areas is improved, the plantable area of the salviae miltiorrhizae is increased manifold, and accordingly total output of the salviae miltiorrhizae is increased manifold.

The invention relates to a processing method of low-salt wheat sauce with fermentation flavor, which comprises the following steps of: artificially inoculating wheat, oat and soybeans as raw materials by using various food microorganisms of aspergillus oryzae, rhizopus and the like, carrying out low-salt (7-8%) solid constant-temperature fermentation, fine grinding, fermenting by using yeasts formultiple days, sterilizing and packaging. The product processed by the method has stable quality, unique formulation, no food additive and long quality guarantee period; the characteristics of color,fragrance, flavor and nutrients of the wheat sauce are well reflected; and the production period of the finished product is shortened to half of a month, and the wheat sauce can be produced all the year around.

The invention discloses a teasel root planting method capable of effectively improving product yield. The method includes the steps of seedling cultivation, temporary planting and seedling arrangement, transplanting, field management, and management and harvest of the growth stage of the second year. The planting technology is easy to master, operation is easy, the rate of survival is greatly improved, the plant growth speed is high, and the planting cycle is greatly shortened. Meanwhile, harvested teasel roots are large in size and coincident in color and have few individual differences, superior products can account for more than 90%, and the yield per mu is improved by two to three times. In addition, by means of the planting method, the use number of pesticides is reduced to the greatest extent, the quality and quality stability of medicinal materials are improved, market supply of the teasel root market is guaranteed, the frequency of digging wild teasel roots is reduced indirectly, and the method also lays a good foundation for improving the manual large-scale teasel root planting and enhancing the teasel root product competitiveness and has good economic benefits, social benefits and ecological benefits.