543results about How to "High degree of industrialization" patented technology

The invention relates to a method for manufacturing novel composite spice in the food industry technical field. The method adopts the means of effectively preserving components to thin the spice which is then manufactured into shapes such as granules, slices, blocks, balls, ellipses, cylinders, triangles, prisms and so on; and the components are preserved as possible during the preparation process, the shelf life and the use period of the spice through the method, thereby the integrity and the maximization of the 'original' flavor are achieved. The method adopts the 'complete method technique' to achieve the aim of making the best use of things. The method utilizes spice resource to the maximum degree, and has great significance on improving the added value of spice agricultural products,the product quality, and the standardization and industrialization degree and reducing the resource waste.

The invention relates to an automatic aeroponic vegetable planting and harvesting production line which is composed of a sowing and seedling hastening workshop, a planting and transplanting workshop, a sunlight planting greenhouse, a harvesting and packaging workshop, a cleaning workshop and a planting frame conveying system. The sowing and seedling hastening workshop is used for sowing vegetable seeds in planting sponges and cultivating the seeds into seedlings. The planting and transplanting workshop is used for transplanting the seedlings to planting plates and placing the planting plates onto planting frames. The sunlight planting greenhouse is used for growth of the seedlings. The harvesting and packaging workshop is used for harvesting, packaging and transporting ripe vegetables. The cleaning workshop is used for recycling and cleaning the planting plates. The planting frame conveying system is used for transporting vegetables between the planting and transplanting workshop, the sunlight planting greenhouse and the harvesting and packaging workshop. The automatic aeroponic vegetable planting and harvesting production line integrates sowing, breeding, transplanting, culturing, harvesting, packaging and logistics, and is complete in function, stable and reliable in performance, high in automation degree, capable of meeting the planting requirements of different vegetables, convenient to use and high in applicability.

A truss-type corrugated steel web composite beam with an open bottom chord belongs to a bridge support member. The bottom chord opened and truss-type corrugated steel web composite beam comprises an upper wing edge concrete slab, a corrugated steel web and a bottom chord opened truss-type rectanglar steel tube concrete member. Compared with steel truss-type web composite corss section, the invention adopts the corrugated steel web with rather high shear strength to replace a steel web member, so as to guarantee quite high shear bearing capacity. The opened truss-type bottom chord is composed of two parallel-arranged rectanglar steel tubes arranged in parallel and internally cast concrete, as well as horizontal braces and batter braces between the rectanglar steel tubes. Moreover, the bottom chord adopts the steel tube concrete member to overcome the problem of rather high work volume that, in traditional composite cross section of corrugated steel web box beams and steel truss-type webs, such execution measures as scaffolding, formwork-support, concrete casting and etc. should be taken for lower wing edge concrete slabs. Meanwhie, the invention can effectively improve structure crack resistance, avoid crackage exposure and etc, and considerably increase structure durability. The bottom chord is a brace-connected open-type structure with advantages of simple structure and fast, smooth and convenient execution.

The invention discloses a method for preparing polymethoxy dimethyl ether through reaction and rectification of a fixed bed. The method comprises the following steps: (1) preheating trioxymethylene, uniformly mixing the preheated trioxymethylene and methylal, and feeding the trioxymethylene and the methylal which are uniformly mixed into a fixed bed reactor for an etherification reaction; (2) feeding materials after the etherification reaction into a reaction rectifying tower for the reaction and the rectification, and discharging PODE2-8 from the tower bottom of the reaction rectifying tower; (3) transporting the PODE2-8 to a dewatering tower loaded with a 3A molecular sieve for dehydration, then transporting the dehydrated PODE2-8 into a first refining tower, transporting materials which are discharged from the tower bottom of the first refining tower into a second refining tower, discharging PODE3-5 from the tower top of the second refining tower, and discharging PODE6-8 from the tower bottom of the second refining tower. When the method disclosed by the invention is used for preparing the PODE3-8, the yield of the polymethoxy dimethyl ether can reach 95%, wherein the products of the PODE3-8 can reach 80%-95%, and after refinement, the PODE3-5 of which the quality purity reaches 99.9% can be obtained.

The invention discloses a purple sweet potato wine and a preparation method thereof. The purple potato wine with a high anthocyanin content is prepared by preparing purple sweet potatoes into cooked powder, mixing the cooked powder with sesame powder or nut powder, subjecting the powder mixture to enzymolysis by enzymes, liquefying, saccharifying, adding fresh juice, and fermenting with monascus and screened yeast with a plurality of kinds of tolerance. The purple sweet potato wine is a fermented wine prepared by fermentation with a fruit wine process, and maintains original nutrition components of the purple sweet potatoes. The wine is noble in color and luster, mellow, excellent in quality, and rich in the bioactivator anthocyanin and selenium, and is an ideal healthcare drinking.

A nutritive health-care fruit juice is prepared through choosing Korean ganoderma as bacterial strain, preparing culture medium from germinated long-grained non-glutinous rice mild, malt juice and germinated soybean juice for deep ferment, slant culture, stage-one shaker culture, stage-two seeding tank culture, deep fermenting, mixing the fermented liquid with grape jice, apple juice and orange juice, homogenizing, degassing, sterilizing and cooling. Its advantage is rich bioactive substances (ganoderma polyose, gamma-aminobutanoic acid, etc).

This invention provides a edible fungi drink, which is prepared by inoculating edible fungi to ferment in the culture medium liquid material having main content of potato liquor via the deep fluid fermenting method, separating fermentation liquor so as to acquire a edible fungi mother solution, performing sterilization to the mother solution, adding syrup and water, then uniformly shaking. This drink is prepared by using the biometric method, with short production period, thereby making the drink have high nutritive value. This drink with pure quality, convenience for eating and low cost is good for body health.

The invention relates to low-carbon magnesia carbon bricks and a preparation method thereof. According to the technical scheme, the method for preparing the low-carbon magnesia carbon bricks comprises the following steps of: uniformly mixing 57 to 75 weight percent of fused magnesite granules, 18 to 32 weight percent of fused magnesite fine powder, 1 to 6 weight percent of crystalline flake graphite, 1 to 12 weight percent of additive and 1 to 4 weight percent of antioxidant which serve as raw materials, adding a phenolic resin in an amount which is 2 to 6 percent of the weight of the raw materials for mixing, compressing for forming, and drying to obtain the low-carbon magnesia carbon bricks. A method for preparing the additive comprises the following steps of: mixing and milling 20 to 78 weight percent of steelmaking wastes and 22 to 80 weight percent of aluminum-containing compound for 30 to 120 minutes by using a ball-milling machine, compressing the mixed and milled materials for forming, keeping the temperature of between 1,300 and 1,700 DEG C for 2 to 5 hours, cooling and taking out to obtain the additive. The method has the characteristics of low production cost, simple process and high industrialized degree; and the low-carbon magnesia carbon bricks produced by the method are low in coefficient of thermal expansion and high in thermal shock resistance and oxidation resistance.

The invention provides a double-steel-sheet and concrete combined core-tube structure with built-in corrugated steel sheets. The corrugated steel sheet and a plurality of steel cover plates are vertically welded and connected to form an elongated grille steel tube wall board by borrowing ideas from a steel tube and concrete combined structure, high-strength concrete is poured into grille steel tubes to form an elongated grille steel tube and concrete combined shear wall board, and the elongated grille steel tube wall board and in-tube concrete columns are used in a combined mode, complement each other's advantages and work cooperatively. The novel shear wall board is in welding connection with edge steel columns and edge steel beams, and an end portion steel tube concrete core column is arranged at the intersecting corner position of wall bodies of core-tube shear walls to form the novel double-steel-sheet and concrete combined core-tube structure with the built-in corrugated steel sheets. A steel frame-structural system of the novel combined structure core tubes has the advantages of being large in structural rigidity, high in compression bearing capacity, convenient to construct, strong in anti-bending capacity, high in yield load, good in anti-seismic ductility, good in energy dissipation capacity and the like, and the double-steel-sheet and concrete combined core-tube structure can be used for a 60-storey steel structure building and a super high-rise steel structure building with more than 60 storeys.

The invention discloses a method for extracting and separating high-purity cannabidiol (CBD) from low-content industrial hemp floral leaves. The method adopts the modes of digestion, macroporous resinadsorption and desorption, reverse chromatography and crystallization to finally obtain a cannabidiol pure product with the purity of 99% or above. In order to separate other cannabinoids, extractionand decoloration processes can be added between the digestion process and the macroporous resin adsorption and desorption process, and a polymer reversed-phase filler is used for reversed-phase chromatography, so that cannabidivarin (CBDV), cannabinol (CBN) and tetrahydrocannabinol (THC) in the floral leaves can be separated. The method disclosed by the invention is high in digestion, extractionand decoloration process yield and high in impurity removal rate; the macroporous resin and reversed-phase column chromatography have the advantages of high loading capacity and favorable separation effect. Requirements of development of a plurality of industrial hemp products are met, and the method has great application advantages in the pharmaceutical field and is suitable for industrial popularization.

The invention relates to a porosity echelon distribution pole piece, a preparation method and application thereof. The pole piece comprises a current collector, and a first film layer and a second film layer which are sequentially arranged on the current collector, and the porosity of the first film layer is lower than that of the second film layer. According to the method, a pore-forming agent isused for improving the porosity of the second film layer, and furthermore, a distribution window of the porosity is controlled in a multi-dimensional manner through accumulation of different particlesizes, cold pressing and low-temperature vacuum baking processes, so that the porosity of the pole piece is improved, the influence on the thickness of the pole piece is relatively small, and the pole piece has the characteristics of high industrialization degree, low cost and high yield and has a wide application prospect.

The invention provides a strip-shaped grate concrete-filled steel tube combined structure shear wall, which comprises a strip-shaped grate steel tube wall plate and reinforced concrete columns inside tubes. A corrugated sheet steel and a plurality of steel sheet strip cover plates are vertically welded, so that the strip-shaped grate steel tube wall plate is formed; a vertical groove of the corrugated sheet steel is covered by the steel sheet strip cover plates, and then a plurality of cavities are formed, high-strength concrete is poured in the cavities, a strip-shaped grate concrete-filled steel tube combined structure shear wall plate is formed, and the shear wall plate is welded with margin steel columns and margin steel beams. The grate steel tube wall plate and the high strength reinforced concrete columns inside tubes are combined for usage, advantages are complementary, teamwork is achieved, lateral deformation of concrete inside the tubes is restricted by the grate steel tubes, hooped reinforcements of the reinforced concrete columns inside the tubes and the grate steel tubes are welded and tied, so that the bending resistance of the grate steel tube wall plate can be improved. The strip-shaped grate concrete-filled steel tube combined structure shear wall has the advantages that the structural rigidity is high, the construction is quick, the bending resistance is high, the yield load is high, the ductility is good, the energy consumption performance is good, the construction cost is low, and the like. The shear wall can be applied to an ultrahigh steel structure building.

The invention discloses a fabricated light steel composite outer wall plate comprising a first composite outer wall plate main body, a second composite outer wall plate main body and main body steel. The first composite outer wall plate main body and the second composite outer wall plate main body are both arranged on the same side of the main body steel and internally provided with vertical keels and heat preservation layers. The heat preservation layers are located on the inner sides of the vertical keels. The fabricated light steel composite outer wall plate has the characteristics of light weight, high strength, personalization, integration and the like, the building overall performance can be greatly improved, the building prefabricating rate and the industrialization degree can be increased, the unit weight is small so that the system can be perfectly matched with a steel structure prefabricated building, the main body load can be effectively reduced when the fabricated light steel composite outer wall plate and a cast-in-situ frame are combined, the using quantity of cement and steel bars/steel components are decreased accordingly, and secondary decoration work of the outer wall and the inner wall surface is also omitted.

The invention discloses a steel-mesh separation wall and relates to a wall body for a building, in particular to integral seismic resistant wall bodies inside and outside the building. The steel-mesh separation wall comprises construction columns and one or more mesh pieces; the mesh pieces are connected to form a whole by using the construction columns; steel mesh surfaces and frameworks form the mesh pieces; foam concrete is arranged in the mesh pieces; the steel mesh surfaces are positioned on the outer surfaces of the frameworks; stressed surface ribs, stressed ribs and support frames form the frameworks; the support frames are of a continuous W shape; the top ends of the W shape are inwards concaved; the mutually-parallel stressed ribs are respectively positioned in the inner concaves of the continuous W shape and are fixedly connected with the support frames; the stressed surface ribs are mutually perpendicular to the stressed ribs; one side of each stressed surface rib is fixedly connected with the corresponding steel mesh surface; and the other side of each stressed surface rib is fixedly connected with the corresponding stressed rib. The stell-mesh separation wall disclosed by the invention has the advantages of convenience for mounting, simpleness for construction and strong seismic resistant capability.

The invention discloses an anti-buckling steel plate seismic shear wall provided with stiffening ribs. The anti-buckling steel plate seismic shear wall comprises a steel plate wall, horizontal stiffening ribs, vertical stiffening ribs, steel columns and steel girders, wherein the steel plate wall is arranged in a frame formed by the steel columns and the steel girders, and the multiple horizontal stiffening ribs are uniformly fixed on two side wall surfaces of the steel plate wall at vertical intervals and horizontally welded on the steel plate wall; the multiple vertical stiffening ribs are fixed between the horizontal stiffening ribs at horizontal intervals and are vertically arranged, and upper ends and lower ends of the vertical stiffening ribs are welded with the horizontal stiffening ribs; a gap is reserved between each vertical stiffening rib and the steel plate wall. According to the anti-buckling steel plate seismic shear wall provided with the stiffening ribs, overall buckling and local buckling of the steel plate wall can be prevented, so that the steel plate wall can only yield, and the shear capacity and the severe earthquake energy dissipation performance of the steel plate wall are improved; the anti-buckling steel plate seismic shear wall is simple in structure and reasonable in stress, can bear horizontal force under the action of the earthquakes, and is convenient to construct and high in degree of industrialization.

A floating latticework is suitable for a latticework, a truss-frame structure and a net-shell structure over water. The floating latticework is the combination of a latticework (1) and a floating structure (2), or members of the latticework (1) in themselves are able to float. The floating structure (2) makes the latticework (1) floated over water, the surface of upper chords of which is in form of a platy structure or covered and fixed with a platy structure, as a plane used for loading. There is an advantage that the space-structure floating body is less influenced by wind and wave, which go through its space. A ship structure and a cofferdam structure are parallel solutions with the above solution. Their skeletons are net-shell structure, wherein they are provided with high structural strength.

The invention discloses a method for efficiently and quickly extracting grape seed oil and proanthocyanidin, which comprises the following steps: 1) pulverizing grape seed, adding the pulverized grape seed into a subcritical extraction kettle, introducing a nonpolar organic reagent, dynamically extracting at 20-80 DEG C under the pressure of 0.3-5 MPa for 20-80 minutes, recycling the reagent from the extract, and adding atlapulgite and activated carbon for decolorization and deodorization, thereby obtaining the grape seed oil; and 2) introducing a polar organic reagent or water into the extraction residue, dynamically extracting at 20-150 DEG C under the pressure of 0.3-8 MPa for 30-90 minutes, recycling the reagent from the extract, adding into a macroporous resin column for adsorption, carrying out gradient elution with an ethanol solution, concentrating the eluate, and carrying out spray drying to obtain the proanthocyanidin. The method disclosed by the invention has the advantages of low energy consumption, low solvent volume and high product yield, and is suitable for industrialized popularization.

An unitary manhole has a vertical hollow shaft. An opening, at least, is arranged on its wall to connect with main channel. The shaft body, which has a telescopic structure, is above the horizontal channel body, which has an opening and a tunnel for connecting with the vertical shaft. A manhole cover is on the top of the vertical shaft. The manhole can be industrially produced, installed easily, and can meet various demands to connect tightly with channels in different angles, with short installation period and without secondary pollution.