127results about How to "Conducive to factory" patented technology

The invention discloses a fermented pepper sauce and preparation method thereof, comprising cleaning and cutting the greenly red pepper; blanching; pulping; adding ginger, garlic, tomato, carrot, carbon source, salt as additive materials; sterilizing; and then inoculating the mold or yeast or compound bacteria of mold and yeast to perform alcohol fermentation; and then sterilizing; inoculating the acetic acid bacteria to perform acetic acid fermentation; finally adding sweeting agent and thickener to be canned. After blanching, the pulping is not necessary and the calcium salt is added to produce the products during process of preparing. The fermented pepper sauce has gentle pungent taste, delicious taste, fermentation flavor. The preparation method thereof can quickly produce the fermented pepper sauce with good and stable quality, fine flavor, safety without antiseptic, suitable for industrialized mass production with excellent market application foreground.

The steel structure beam-column node member is composed of steel upright column and H-beam. The H-beam includes transverse beam and longitudinal beam, on the side surface of steel upright column a screw bolt hole is cut, the upper and lower two sides of said screw bolt hole are quipped with spacing bracket respectively, on the bracket a screw holt hole is cut, on the upper and lower flanges of transverse beam and longitudinal beam and web plate of transverse beam the screw holes are cut, and on the end portion of the transverse beam an end plate is welded, on the end plate a screw hole is cut, on the end portion of the longitudinal beam an ''U'' - shaped clamping hoop plate is welded, and on the clamping hoop plate a screw bolt hole also is cut.

The invention relates to a method for breeding a special wild boar and a matched breeding technique, and belongs to the field of animal industrialized production. The method for breeding the special wild boar comprises the followings steps: performing hybridization by taking the wild boar as a male parent and a Huai boar as a female parent, or taking the Huai boar as the male parent and the wild boar as the female parent to obtain a basic group, and then performing closed selection breeding on the wild boar for five generations to obtain the special wild boar with 50 percent of wild boar blood relationship; and then performing hybridization by taking the wild boar as the male parent and a Huai crossbred boar as the female parent, or taking the Huai crossbred boar as the male parent and the wild boar as the female parent to obtain the basic group, and then performing closed selection breeding on the wild boar for the five generations to obtain the special wild boar with 75 percent of wild boar blood relationship. The special wild boar is fed by a feed which is prepared by taking agricultural and sideline products, such as nuisanceless corn, potato, carrot, bean dregs and the like as raw materials, and the feed is added with Chinese medicinal herbs additives consisting of astragalus, flos caryophyllata, cassia bark, round cardamom, honeysuckle, amur corktree bark, parslane herb, tree peony bark, Chinese mugwort leaf, pomegranate rind, mung bean and indigowoad root, so that the breeding technique has the advantages of effectively resisting diseases, improving the meat quality and producing the nuisanceless high-quality special wild boar product.

The invention relates to a method for preparing a dendrobium officinale culture substrate. The method specifically comprises the following steps: forming the culture substrate by using rotten woods, oil tea camellia cakes, camellia oleifera abel peels and corncobs according to quantities, wherein when the rotten woods and the corncobs are crushed, a crushing machine is placed with no screen, so that the rotten woods and the corncobs are crushed into crushed substances and irregular substances including pieces and blocks. The prepared substrate has the advantages as follows: the culture medium prepared by using the rotten woods as main raw material is very suitable for nutrients needed by dendrobium officinale during growing; by using a crushing measure of the rotten woods and the corncobs, the crushed substances can be transformed into nutrients for the dendrobium officinale to absorb; the pieces and the blocks are slowly transformed to follow-up nutrients; therefore, a long-acting and balanced nutrient supply system is formed; and as the blocks are distributed inside the substrate so that the substrate has fluffy texture, the substrate is also beneficial for more root surfaces of the dendrobium officinale to grow; therefore, the growing speed of the dendrobium officinale is accelerated and the yield of the dendrobium officinale is increased.

The invention discloses a nano-particle containing docetaxel and vitamin E TPGS (d-alpha tocopheryl polyethylene glycol 1000 succinate) and a preparation method thereof. The nano-particle containing docetaxel and vitamin E TPGS comprises the following components in parts by weight: 2-10 parts of docetaxel, 1-15 parts of vitamin E TPGS, 20-65 parts of albumin, 5-50 parts of cryoprotectant, and 2-20 parts of acidic buffer salt. Relative to an existing docetaxel commercial preparation, the nano-particle containing docetaxel and vitamin E TPGS is good in drug entrapping performance, small in toxic and side effect, high in stability, good in anti-tumor curative effect and convenient to administer; the preparation method is simple, and the production cost is low.

The invention discloses a grafting propagation method for golden camellias. In detail, the method includes the steps that common tea-oil camellias are selected as rootstocks, meanwhile, lignified or half-lignified golden camellia branches are selected as scions, wherein the golden camellias are robust in growth and respectively provided with 3-5 plump sprouts, and the golden camellia branches are grafted on the tea-oil rootstocks through cleft grafting and bark cutting grafting methods. Finally, grafted golden camellia seedlings are cultivated through management, transplanting, pot changing, field transplanting and other procedures after grafting and good in quality. Through implementation, people only need to freely pick branches of various specifications on golden camellia parents as propagation cuttings, stock plants of the golden camellias and particularly wind plants do not need to be picked and dug, so that wild golden camellia resources are effectively protected and developed, and far-reaching significance is achieved. Meanwhile, after grafting and surviving are achieved, the golden camellia plants have already grown to be large-size nursery-grown plants, and quality is good. Through the implementation of the grafting propagation method, the method is more beneficial for propagation production of the golden camellia nursery-grown plants in an industrialized, large-scale and intensive mode.

The invention discloses a modern arch type bamboo bridge. The modern arch type bamboo bridge is characterized by comprising bamboo arch ribs, bamboo beams, diagonal bracings, bamboo panels and steel shoes, wherein the bamboo arch ribs, the bamboo beams, the diagonal bracings and the bamboo panels are made of reconsolidated bamboo materials; the steel shoes are made of steel materials. The invention further discloses a construction method of the modern arch type bamboo bridge. The construction method of the modern arch type bamboo bridge is characterized in that the bamboo arch ribs, the bamboo beams, the diagonal bracings, the bamboo panels and the steel shoes are prefabricated, installation of the steel shoes and a bridge abutment skewback is finished, then installation of the bamboo arch ribs and the steel shoes is finished, the bridge abutment skewback is poured, and finally the bamboo beams, the diagonal bracings and the bamboo panels are installed. The construction method of the modern arch type bamboo bridge has the advantages that the manufacturing process is simple, the cost is low, factorization and standardization of structural components are good, the assembly degree is high, the building time is short, the structural intensity is high, rigidity is large, ductility is good, and the seismic performance is good, and the obtained arch type bamboo bridge has the effects of being environmentally friendly and low in carbon.

The invention belongs to a plant tissue culture technology in the technical field of biology, and particularly relates to a tissue culture medium without agar during plant open tissue culturing and a preparation method of the tissue culture medium. The preparation method specifically comprises the steps of: using a super absorbent polymer as a curing agent of the tissue culture medium; preparing a nutrient solution; preparing a bacteriostatic agent by using katonh; mixing the bacteriostatic agent with the nutrient solution for disinfecting; absorbing the nutrient solution by using the super absorbent polymer to cure and form to obtain the culture medium; subpackaging the culture medium in a tissue culture bottle to obtain batch tissue culture mediums. By implementing the preparation method and the tissue culture medium, the nutrient solution is absorbed as well as cured and formed by using the super absorbent polymer instead of the agar, and thus the steps of heating and dissolving and then subpackaging the agar in the tissue culture bottle when the agar is used in a conventional culture medium are saved; the bacteriostatic agent is used as a disinfectant, and thus the autoclaved sterilization, the sterile inoculation and the sterile culture are saved. According to the preparation method and the tissue culture medium, plant tissues are inoculated in the bacteriostatic culture medium under a non-sterile nature environment in the implementing process, and then are subjected to culturing and managing under the nature environment condition, and thus an inoculation chamber and a culture chamber with high cost are saved.

The invention discloses a composite rice seedling cultivation matrix and a preparation method of the matrix. The composite rice seedling cultivation matrix comprises the following components by weight: 60% of earthworm cast, 30% of vermiculite and 10% of nutrient soil by volume percent, wherein per cubic meter of matrix contains 7.5kg of ferrous sulfate heptahydrate. According to the invention, preparation method is simple, resource is rich and cost of materials is low, wastes are changed into valuable, the environmental pollution is reduced, and the seedling cultivation matrix is enough in nutrient and stable in properties. After the matrix is used for seedling cultivation, the operation is simple and convenient, and the labor intensity is lightened; furthermore, the rice seedlings are good in quality and high in percentage establishment of seedling. The matrix disclosed by the invention promotes the industrial development of rice transplanting of a rice transplanter, and is more beneficial to building ecological villages and towns and new villages.

The invention discloses a construction method for splicing and erecting concrete precast beam sections, comprising the following steps of: 1) arranging a plurality of site splicing platforms beside a beam line to be erected; 2) arranging a plurality of precast beam sections on the site splicing platforms, and carrying out section splicing, glue joint, rope penetration, pre-stressed reinforcement tension and grouting on the plurality of precast beam sections so that the precast beam section are spliced into a beam to be erected; 3) hoisting a first spliced beam to be erected on a pier through a hoisting device and mounting the first spliced beam to be erected; 4) hoisting a beam transportation truck on the mounted first spliced beam to be erected through the hoisting device; 5) arranging a bridge girder erection machine on the beam line to be erected; 6) hoisting following mounted beams to be erected on the beam transportation truck through the hoisting device, and feeding the beams to the bridge girder erection machine through the beam transportation truck; and 7) mounting the beams to be erected through the bridge girder erection machine. By additionally arranging the site splicing platforms, the time for each process is reasonably distributed, so as to ensure the splicing quality and improve the mounting efficiency and the security.

The invention discloses an anti-microbial ultraviolet-proof fabric and a preparation method thereof. The anti-microbial ultraviolet-proof fabric is prepared from the following raw materials in parts by weight: 100 parts of polyester chip, 5-15 parts of coconut fiber, 1.8-3.6 parts of nano-zinc oxide, 0.6-1.8 parts of nano-titanium oxide, 0.9-2.6 parts of bamboo charcoal powder, 0.1-0.6 part of silane coupling agent, 0.1-0.5 part of chitosan, 0.1-0.5 part of polyethylene glycol and 0.8-2.4 parts of eucalyptus oil. The anti-microbial ultraviolet-proof fabric prepared according to the invention has strong antibacterial property and excellent ultraviolet-shielding effect, is capable of keeping higher anti-microbial and ultraviolet-proof capacities after repeated washing and is long in servicelife, and meanwhile, the preparation method is simple and the preparation technology can be easily industrialized.

The invention relates to the technical field of preparation of plant culture media, and in particular relates to a preparation method of a dendrobium officinale culture medium. The culture medium consists of peanut shells, saw dust, river sand, peanut bran and microbial strains. The method comprises the following steps of: first, fermenting the peanut shells, the saw dust and the peanut bran by the microbial strains to obtain biofertilizer; and then, mixing and uniformly stirring the biofertilizer and the river sand to form the culture medium for production. The sand river applied in the method is better in water retention, and thus water management of the medium is over less than half of conventional water management in production. The peanut shells are large in size, and thus the medium is loose and good in ventilation. The peanut shells are hard and not easy to rot, and nutrients are converted slowly, so that a long-acting and balanced nutrient supply system is formed. Meanwhile, the medium is loosened in texture to promote growth of multiple root systems of dendrobium officinale, so that the growing speed and the yield of dendrobium officinale are improved. The method is beneficial to large-scale and intensive artificial cultivation of dendrobium officinale in plants.

The invention discloses a method for preparing crispy hypsizigus marmoreus chips. The method comprises the following steps: selecting fresh hypsizigus marmoreus, cutting off the roots, shaping, washing with clean water, protecting the color, blanching, performing ultrasonic dipping, pre-drying, performing vacuum frying, performing centrifugal deoiling, and seasoning, so as to obtain the crispy hypsizigus marmoreus chips. The method is simple, convenient, high in implementation feasibility and convenient in mechanical and standardized processing. On the basis that the flavor and the nutrient components of hypsizigus marmoreus are ensured, a relatively convenient and rapid mode for taking hypsizigus marmoreus can be provided.

The invention discloses a tissue-culturing and rapid-propagating method of dragon fruits, and in particular relates to the technical field of plant propagation. According to the invention, dragon fruit stems are used as explants; multiplication culture, elongation culture and rooting culture are respectively carried out. A multiplication culture method comprises the following steps of wetting the explants by using 70% alcohol, sterilizing and washing, and putting the washed dragon fruit explants on a 1/2 MS culture medium to pre-culture for one week; putting the pre-cultured dragon fruit explants in a culture medium A to culture for 28-32 d so as to obtain dragon fruit sprouts, wherein the culture temperature is controlled within (25+/-2) DEG C; the illumination time is 12h.d<-1>; and the illumination intensity is 20001x. According to the invention, the dragon fruit sprouts are robust; regeneration seedlings are rapid in growth speed; the rooting number is high; generated roots are robust; the tissue-culturing and rapid-propagating method is a rapid-propagating technology of dragon fruits; raw materials used in the invention are wide in source and low in application cost; and industrialized, scale and intensive production of dragon fruit seedlings can be realized easily.

The invention relates to the field of new edible mushroom cultivation techniques, in particular to a method for shortening a cultivation period of needle mushroom during production. The method comprises the following steps of: with grains as a main raw material, preparing a culture matrix, wherein the grains are rich in nutrition, the culture matrix made of the grains is hardened so that inoculated strains can be easily dispersed and can penetrate into the culture matrix; inoculating by utilizing liquid strains, wherein the cultivation period of the liquid strains is short, the inoculation operation is convenient and fast; and carrying out shaking, clamping and other measures on the culture matrix in a bottle after inoculating so that the inoculated liquid strains are in full contact with the culture matrix in the bottle and cultivated hypha can fully grow in the bottle after 10-20 days. Through the embodiment of the invention, the whole period of the preparation of the mushroom culture matrix only need 25-27 days, but the whole period of the preparation of the mushroom culture matrix by the traditional method needs three months nearly, thus the production efficiency is largely improved; in addition, compared with the traditional method, the method has the advantages that the cultivated needle mushroom is two stubbles more than needle mushroom cultured by the traditional method and the utilization rate of the field is largely improved; and the method disclosed by the invention is more beneficial to industrial, intensive and extensive production of needle mushroom.

The invention discloses an industrialized production method for nesidiocoris tenuis, and belongs to the technical field of biological control over agricultural pests. The method comprises the steps of legume crop cultivation, sterilization of glasshouse soil of rice moth eggs and nesidiocoris tenuis raising and collecting. According to the industrialized production method for the nesidiocoris tenuis, a series of technical problems such as plant source and animal source feed combination, plant oviposition materials and raising media are solved successfully, the problems that at present, the nesidiocoris tenuis can only be raised on a small scale in a laboratory, and the control requirements in actual production cannot be met are changed, and the industrialized production efficiency of the nesidiocoris tenuis is greatly improved. By taking the nesidiocoris tenuis as a predatory enemy to be applied to vegetables in a large area, the number of use and the use amount of insecticide can be greatly lowered, an agricultural ecological environment is protected, and the food safety is improved.

Provided is a cultivation method of virus-free seedlings of mangos.The cultivation method concretely comprises following steps of: firstly, setting up an introduction observation garden, an experimental garden, a foundation stock field, a female plant garden and an exhibition garden; secondarily, selecting original female plant material to enter the introduction observation garden, the experimental garden, the foundation stock field, the female plant garden and the exhibition garden; thirdly, continuously spot-checking infection conditions of viral diseases of nursery stocks by means of the observation garden, the experimental garden, the foundation stock field, the female plant garden and the exhibition garden; and lastly, confirming that no mango in the female plant garden and the exhibition garden is infected with viral diseases and then accelerating propagation of nursery stocks. The cultivation method of virus-free seedlings of mangos has following beneficial effects: through multi-level observation of characteristics of nursery stocks, mass propagation can be carried out in order to ensure that nursery stocks are pure and virus-free and also to make sure that quality and yield of mangos are steadily improved; and by application of the cultivation method, high-quality nursery stocks of mangos can be favorably reproduced in a factory-like, large-scale and intensive mode.