33results about How to "Realize industrialization development" patented technology

The invention discloses a dendrobium culture substrate, a preparation method of the dendrobium culture substrate, and a dendrobium culture method adopting the dendrobium culture substrate. The dendrobium culture substrate comprises, by weight, 40-50 parts of masson pine bark, 20-30 parts of broad-leaved tree branches, 10-20 parts of broad-leaved tree dried fallen leaves, 20-30 parts of sheep manure, 10-20 parts of humus and 0.1-0.2 part of carbendazol. The substrate, river sand and fresh moss are utilized to culture dendrobium in a porous orchid flowerpot or a porous square plastic culture disc, operation is simple, and the culture and reproducing technique is simple; the dendrobium after culture comes up many sprouts, comes up the sprouts quickly, and grows rapidly. The dendrobium culture substrate utilizes the river sand, the masson pine bark, the broad-leaved tree branches, the broad-leaved tree dried fallen leaves, the sheep manure and the humus, and all the ingredients are easy to obtain in mountain areas or are abandoned waste. The culture technique is low in cost, and high in popularization value.

The invention discloses a flavoring special for tilapia mossambica. The flavoring comprises lemon juice and cooking wine, wherein a volume ratio of the lemon juice to the cooking wine is (1:10) to (10:1). In the flavoring, main earthy taste substances, namely geosmin and dimethyl isoborneol in the flesh of the tilapia mossambica are subjected physical and chemical coverage by utilizing citric acid and citric fragrance in the lemon juice and ethanol and wine fragrance in the cooking wine to better eliminate earthy taste. In the process of processing the tilapia mossambica, the tilapia mossambica is pickled by using the flavoring, so the flavoring is convenient to use and easy to operate industrially, has a good deodorizing effect, and the deep processing and industrialized development of tilapia mossambica products are facilitated.

The invention belongs to the technical field of aquaculture, and relates to a cherax quadricariratus seed warm shed fattening breeding method. The breeding method comprises the steps of establishment of a pond, pond cleaning and disinfection, warm shed establishment, fertilization and algae cultivation, aquatic plant growing, cherax quadricariratus seed putting, daily management and outdoor stocking for growing. A small shed fattening pond breeding mode suitable for features of cherax quadricariratus is established. On one hand, the seed stocking time is shortened, the growth cycle is prolonged, and the growing specification is improved; on the other hand, through early-stage small water body seed breeding, the seed breeding survival rate is increased, the breeding yield is increased, thus the comprehensive breeding benefit is increased, and through demonstrated leading, industrialized exploitation and popularization of the cherax quadricariratus are achieved.

The invention provides a culture medium for culturing Akkermansia muciniphila, and an application method and applications of the culture medium. The culture medium includes brain heart infusion, porcine gastric mucin, L-cysteine hydrochloride, threonine, N-acetyl-D-glucosamine and vitamins. Through the adding of the L-cysteine hydrochloride, the threonine, the N-acetyl-D-glucosamine and the vitamins in the culture medium, the Akkermansia muciniphila can still obtain enough nutrients in the culture medium with low concentrations of the brain heart infusion and the porcine gastric mucin, so thatthe normal growing and reproduction of strains can be guaranteed. After the Akkermansia muciniphila is cultured by the provided culture medium, the OD value of the obtained bacterial solution is 0.8211-0.8741.

The invention discloses a rosa sterilis orchard soil improving bio-fertilizer, which has a formula that through being metered in parts by weight, the bio-fertilizer is prepared from 800 to 1200 partsof rosa sterilis fermentation fruit residue, 300 to 500 parts of plant ash, 50 to 100 parts of active carbon, 20 to 30 parts of calvatia lilacina liquid strain, 10 to 20 parts of sodium stearate and 0.03 to 0.05 part of carbendazim through being mixed. The fertilization is performed in spring. The invention also provides a rosa sterilis orchard soil improving method. The method has the advantagesthat the operation is simple; the porosity and the ventilation performance are improved; the root system absorption area is increased; the resistance is improved; few or even no pesticides and chemical fertilizers are used; meanwhile, the soil structure is improved; the soil aggregate quantity and quality are improved; the yield is high; the cost is low; the product heavy metal content is reduced;the product safety is greatly improved; the industrialized development of the rosa sterilis planting can be realized.

The invention provides a debugging method based on a full-automatic battery-changing robot. The debugging method includes: debugging the function of the vision system of the battery-changing robot and the communication function of a PLC (programmable logic controller), calibrating the coordinates of a battery case group, and calibrating the taking and placing coordinates of car battery packs. The method has the advantages that a debugging control center is matched with a PLC control system and a vision system, full-automatic debugging of the battery-changing robot is achieved, and the problems that manual debugging is large in error, time consuming, labor consuming, non-uniform in result output, and the like are solved; functional debugging of each component of the battery-changing robot, coordinate calibration and debugging verification can be performed sequentially by the method after the battery-changing robot is mounted, and the robot can be operated after debugging; by the method which is reliable, practical and convenient to popularize, manual debugging error is reduced, and debugging efficiency and data calibration precision are increased.

The invention discloses a rosa sterilis var. leioclada orchard soil compound improver and a soil improvement method. A winter fertilization soil improvement method is employed. Specifically, the formula of the compound improver comprises: 800-1200 parts of rosa sterilis var. leioclada branches, 80-100 parts of cantharellus cibarius liquid strain, 10-20 parts of sucrose, 0.5-0.8 part of diammoniumhydrogen phosphate, 0.05-0.08 part of cellulase, 0.06-0.08 part of amylase, 0.08-0.1 part of calcium bicarbonate, and 0.03-0.05 part of carbendazim. The rosa sterilis var. leioclada orchard soil compound improver and the improvement method provided by the invention are simple in operation, increase the activity of soil microorganisms, improve the soil porosity and breathability, increase the rootsystem absorption area, improve the resistance, use less or even no pesticide and fertilizer, at the same time improve the soil structure, increase the quantity and quality of soil aggregates, the yield is high, and the cost is low, the heavy metal content of the product decreases, the product safety is greatly improved, and industrialization development of rosa sterilis var. leioclada planting can be realized.

According to the invention, a metal support type solid oxide electrolytic cell adopting a CGO/ESB electrolyte base is provided and specifically and structurally comprises a metal support layer, a cathode layer, a CGO electrolyte layer, an ESB electrolyte layer and an anode layer which are stacked in sequence. The GOO/ESB electrolyte-based metal-supported solid oxide electrolytic cell can realize the purpose of operating the solid oxide electrolytic cell at medium and low temperatures, and compared with a GOO/YSZ electrolyte-based metal-supported solid oxide electrolytic cell, the GOO/ESB electrolyte-based metal-supported solid oxide electrolytic cell has the advantages that the input voltage of the electrolytic cell is reduced, the operating cost is saved, and the industrial development of SOEC is favorably realized.

The present invention belongs to the field of rice processing devices and relates to a device used for assisting vacuum pre-cooling of rice. The device is composed of hollow body base plates (19), accommodating cavities (17) and a refrigerating medium (20); the accommodating cavities (17) are embedded in the hollow body base plates (19) and vertically penetrate sealed hollow areas formed by upperand lower planes of the hollow body base plates (19) and other parts of the accommodating cavities (17) except the hollow body base plates (19); and the hollow areas are internally filled with the refrigerating medium (20). After a low-temperature treatment of the device, a vacuum box (1) arranged inside a vacuum pre-cooling system and the vacuum pre-cooling system are combined to finish pre-cooling of the cooked rice. The assist device unit can conduct the assist vacuum pre-cooling of the cooked rice, is used for obtaining rapid pre-cooking rate, low water loss and high color and luster indexes, and can also at the same time realize large-scale industrial production of the rice.

The invention belongs to the field of waxberry processing, and relates to an improved waxberry vacuum precooling treating method. The improved waxberry vacuum precooling treating method comprises thefollowing steps of before vacuum precooling of waxberries, starting a refrigerating unit (4), a cryogenic fluid circulation pump (5) and electric valves (13,14), and enabling the temperature of an auxiliary device group (7) and a condenser (18) to drop to a set temperature through a heat exchanger (21); then placing the picked waxberries in the auxiliary device group (7), starting a vacuum pump (2), controlling the descending rate of intensity pressure, and according to different temperature sections of the waxberries, adjusting the opening degree of the electric valves (13,14) to control theflow rate of corresponding branch pipeline I (22) and branch pipeline II (23), so that the control of the temperature of the auxiliary device group (7) and the condenser (18) can be realized. Throughthe adoption of the improved waxberry vacuum precooling treating method disclosed by the invention, high cooling rate and low moisture loss of the waxberries can be achieved; the quality guarantee period of the waxberries is also kept long; and in addition, the operation is simple, and the energy consumption is low.