96results about How to "Commercialize" patented technology

The invention discloses a fermented compound feed and a production method thereof. In a TMR mixer, premixed fine and coarse feed materials and other nutritional ingredients are pulverized, kneaded and mixed until the particle size, uniformity and water content are desired. Further, microbial fermentation starters are added and water is added during the mixing process to allow the water content of the compound feed to meet the standard. The raw material mixture is compacted and sealed with films by using industrial equipment or directly packed in a sealed container and then subjected to directional and timed fermentation in a predetermined environment, to produce the final fermented compound feed. The product has rich and balanced nutrition, good palatability, high safety, environmental friendliness and convenient transport and use. The invention realizes industrial production and commoditization of feeds for dairy cows as well as resource utilization.

The invention relates to a cross-country friction material composition for air discs, and the cross-country friction material composition for air discs is characterized by being composed of the following raw materials in parts by weight: 20-52 parts of reinforced fibers, 4-16 parts of an adhesive and 23-86 parts of a friction performance modifier. The cross-country friction material composition for air discs is prepared by the steps of weighing the reinforced fiber, the adhesive and the friction performance modifier by weight to prepare a molding compound, paving a base-layer material formed by weighed fiber material and adhesive on a mold, paving weighed friction material on the base layer to carry out thermocompression, and finally carrying out thermosetting. The cross-country friction material composition for air discs is used for the air disc brakes in complicated road conditions, particularly the cold highland area and wading road conditions, so that a friction material which has good heat recession resistance, high wading restoration performance, temperature alternation repeated impact resistance and stable friction performance is provided.

The invention provides an industrial mass production system for membrane electrodes of fuel cells and a production method of the industrial mass production system, and belongs to the technical field of fuel cells. The industrial mass production system comprises an automatic unwinding mechanism, a cathode coating mechanism, a cathode drying mechanism, a cathode detecting mechanism, an automatic winding mechanism I, a cathode slurry preparing mechanism, an automatic anode unwinding mechanism, a support membrane winding mechanism, an anode coating mechanism, an anode drying mechanism, a separatorunwinding mechanism, an anode detecting mechanism, an automatic winding mechanism II, an anode slurry preparing mechanism, a diffusion layer unwinding mechanism, a diffusion layer pretreating mechanism, a cutting mechanism as well as a thermos-compression mechanism, an edge sealing mechanism and a finished product detecting mechanism which are arranged independently. Through the adoption of the industrial mass production system for the membrane electrodes of the fuel cells and the production method of the industrial mass production system, by industrial mass production and quality control inthe production process, product uniformity and production efficiency are improved, labor force is reduced, production cost is reduced, and commercial and large-scale production of the membrane electrodes is realized.

The invention discloses a method for breeding of cabbage seedlings. An artificially prepared substrate is adopted to breed cabbage seedlings in a rainproof greenhouse, harm of diseases, pests and weeds which can be spread in soil can be avoided, various effects on the cabbage seedlings caused by difficult-to-control defects of physical and chemical properties of soil can be eliminated completely, normal growth of the cabbage seedlings can be ensured, environmental conditions of the nutrients, temperature, moisture and light required for growth of the cabbage seedlings can better provided, adverse effects of dramatic changes in the environmental conditions on the seedling breeding process can be avoided, smooth breeding of the cabbage seedlings can be ensured, and commercialized and intensified scale production of the cabbage seedlings can be realized. Large quantities of uniform, delicate, disease-free and robust cabbage seedlings can be cultivated in a short term, the breeding period of the seedlings can be shortened, the uniformity of transplanted seedlings can be improved, concentrated transplanting of the cabbage seedlings in a contiguous region in the best seasons can be ensured, the consistency and uniformity of growth of cabbage plants can be improved, and a good foundation can be laid for balanced and efficient production of cabbages.

The invention relates to an extra large wild rhododendron container transplanting domestication method. The method is characterized by including the steps: (1) digging up wild rhododendrons, and pouring water over trees, pruning the whole trees and removing redundant blades before digging; (2) building introduction and domestication test areas with different heights on natural hills, performing environment morphing cultivation for the wild rhododendrons, and thoroughly pouring water solution containing rooting powder number 2 over whole balls after transplanting; (3) spraying low-concentration IAA (indoleacetic acid) to trunks, branches and leaves in Spring of the next year of transplanting, promoting buds and restoring tree crowns; (4) selecting the rhododendrons with robust tree vigor, transplanting the rhododendrons into a container, placing about 10-15cm substrates at the bottom of the container, adding 3-4kg/m<3> of slow release fertilizers into the substrates and uniformly mixing all the substrates. The substrates comprise 30% of pine bark media, 20% of northeast peat, 45% of loess and 5% of Chinese medicine residues. By taking measures such as reasonable nutrient and water management and pest and disease damage prevention, wild rhododendron transplanting domestication management and commercialization are realized, and resources are saved.

The present invention discloses a silk-screen printing electrode sensor preparation method based on ionic liquid-multi-wall carbon nano-tube modification, and belongs to the technical field of biological sensors. According to the method, an ionic liquid-multi-wall carbon nano-tube nanometer material is prepared and then coats the surface of a silk-screen printing carbon electrode in a dropwise manner, and then acetylcholine esterase coats the surface of the ionic liquid-multi-wall carbon nano-tube nanometer material modified silk-screen printing work electrode in a dropwise manner so as to prepare the acetylcholine esterase biological sensor for detecting organic phosphorus and carbamate pesticides. According to the present invention, the prepared sensor has characteristics of simple process, easy operation, low cost, high detection sensitivity, strong electrical signal and simple electrode pretreatment, and is suitable for detection of pesticide residues, wherein the detection limit is 0.05 [mu]g/L.

The invention belongs to the field of road greening technology, in particular to a greening method for a vegetation module slope. The method comprises following steps: 1), cleaning the slope; 2), digging a vegetation cave; 3) filling matrix or nutrient soil; 4), configuring vegetation.The technical scheme utilizes seedlings or a cutting mode to green so that greening cost of a barren mountain is recued and greening difficulty of the barren mountain is lowered. The method is utilized for afforestation in the barren mountain and easy to realize so that survival rate is greatly increased, efficiency of forest cultivation in the barren mountain is improved and forest cultivation effect is significant.In addition, disused straws are fully made use of and applied to a greening net so that straws become commercial. A new approach is created for cyclic utilization of straws in order to generate business value.

The invention relates to a fuel cell flexible graphite bipolar plate mass production system and a production method thereof, belonging to the fuel cell technical field. The utility model is composed of a molding device, a cleaning basket device, a vacuum impregnation device and a surface treatment device which are cooperatively connected. A system for mas production of flexible graphite bipolar plate of fuel cell and a production method thereof, The invention can realize continuous production of flexible graphite bipolar plate, achieve consistency of product quality, improve production efficiency, reduce labor intensity, reduce manufacturing cost, realize commercialization and large-scale manufacture of bipolar plate through continuous production and systematic control of production process.

The invention discloses a thermoplastic copolyester composition with thermally reversible chemical crosslinking properties and a preparation method and application thereof. The copolyester contains a side functional group, namely 2-furfuryl sulfenyl, and is prepared from dibasic acid or dibasic acid ester containing 2-furfuryl sulfenyl, dibasic acid and dibasic alcohol by a melting copolycondensation method. The 2-furfuryl sulfenyl of the copolyester and a crosslinking agent containing maleimide can carry out Diels-Alder cycloaddition reaction at 50-70 DEG C to realize chemical crosslinking and can realize decrosslinking at high temperature, thereby being convenient for recovery and secondary processing and utilization of the materials and realizing a self-repairing or shape memory function of the materials. The thermally reversible crosslinking copolyester designed in the invention has a saturated main chain structure, has excellent thermal stability and mechanical properties, is not easy to generate an irreversible crosslinking structure in thermal processing and life-time service processes of the materials, and can realize thermoplastic processing many times and keep the mechanical properties unchanged.

A method for arranging the engine at the position behind the middle bridge of coach and using the front air inflow to cool the engine is disclosed. The engine is connected to the shell of clutch. The power of engine is transmitted to the drive shaft via clutch and the output shaft of speed variator and in turn to the wheels on back bridge via input flange, drive gear, driven gear, differential gear and semi-axle. Its advantages are flat floor, low noise and easy maintenance.

The invention relates to a biogas slurry concentration and nutrient enrichment system for a large biogas project and an application method thereof. The system is mainly composed of a biogas slurry pretreatment device, a sand filtration device, an ultrafiltration device, a nanofiltration device, a reverse osmosis device, a low-temperature multiple-effect evaporation device, a sludge thickening tank, a screw pump, a horizontal centrifugation machine, concentration tanks and a slurry storage tank through connection. The application method of the system comprises the steps that biogas residues and biogas slurry produced from the large biogas project firstly pass through the pretreatment device to remove suspended matter in the biogas slurry, coarse filtration is performed through the sand filtration device, the biogas slurry passes through the two-stage ultrafiltration device respectively to obtain penetrated liquid and concentrated liquid, the penetrated liquid obtained after ultrafiltration passes through the nanofiltration device to obtain ionic liquid and concentrated liquid, then the biogas slurry concentrated liquid passes through the low-temperature multiple-effect evaporation device to obtain high-concentration biogas slurry concentration liquid. The costs for capital construction and equipment investment is effectively reduced, the area occupied by equipment is decreased, the equipment utilization rate is improved, the temperature requirement in the biogas slurry concentration process is low, energy is saved, the biogas slurry concentration and nutrient enrichment system is environmentally friendly, turns waste into wealth and is remarkable in application effect.

The invention relates to a BiIO sensitized BiIO/TiO2 composite electrode material, a preparation method and application thereof. The technical scheme comprise the steps of: mixing hydrochloric acid with tetra-N-butyl titanate, transferring a mixture solution and a conductive carrier to a high pressure reaction vessel, performing the hydrothermal reaction, cooling the solution to the room temperature, performing washing and drying, and obtaining TiO2 nano rod arrays; dispersing bismuth nitrate pentahydrate into glycol, slowly adding potassium iodide, performing agitation at the room temperature, and obtaining a Bi(OCH2CH2OH)I2 solution; and dipping the TiO2 nano rod arrays in the Bi(OCH2CH2OH)I2 solution, taking the TiO2 nano rod arrays out, and washing and drying the TiO2 nano rod arrays. The BiIO/TiO2 composite electrode material synthesized by a hydrothermal synthesis method has a high specific surface area and good response in a visible light, and has the characteristics of wide applicability and good stability, simple technology, easy operation, and low cost, and facilitates the popularization and application of the material in the industrial production.

The invention belongs to the technical field of gene detection, and particularly relates to a low-frequency mutation detection method based on a snapback primer technology. The method comprises: designing a snapback primer, preparing a DNA template, preparing a detection system, setting a reaction procedure and determining a Ts value, judging a result, and other steps. According to the present invention, the detection method is the snapback ARMS and snapback primer HRM combined low-frequency mutation detection technology, such that the detection sensitivity of 1:10000 or even higher is achieved, clinical requirements of pollution resistance, high sensitivity, strong specificity, easy performing and result judgment on the mutation detection technology are met, and the method can be used for gene screening, genotyping (SNP, deletion mutation, insertion mutation) and other fields of various types of tissues including fresh tissue samples, whole blood, serum, tissue slices and other samples.

The invention discloses a method for removing large-particle undigested and undecomposed organic matter and sand in anaerobic digestive liquid stage by stage and a method for preparing organic liquid fertilizer base fluid with the anaerobic digestive liquid without large-particle undigested and undecomposed organic matter and sand as the raw material.Plant fibers and other large-particle undigested and undecomposed organic matter separated after staged treatment, sand and other inorganic matter are used as initial raw materials of solid biogas manure or soil conditioner, and anaerobic digestive liquid biogas residues and biogas slurry which are obtained through staged treatment are used as initial raw materials of the organic liquid fertilizer base fluid.By means of the method, the plant fibers and other large-particle undigested and undecomposed organic matter, sand and other inorganic matter can be removed from the anaerobic digestive liquid, an organic liquid fertilizer base fluid product is prepared by means of the anaerobic digestive liquid with the large-particle undigested and undecomposed organic matter, sand and inorganic matter removed, and accordingly the bottleneck problem about resource reuse of the anaerobic digestive liquid is solved.

The invention discloses a distributed electricity generating system utilizing compressed air as power. The distributed electricity generating system utilizing the compressed air as the power is characterized in that a device which is driven by the compressed air is combined with a piston type air sac and a wind power electricity generating device or a piston type water sac and a water power electricity generating device to form an artificial wind power generating system or a hydraulic circulating electricity generating system. The distributed electricity generating system utilizing the compressed air as the power is another application form of a compressed air energy storage technology; the principle that a lever saves labour and costs space, the characteristics that the compressed air pushes motion, and the law that an air sac and a water sac moves under the action of force are skilfully utilized and are combined in a manner of complementing one another to realize perfect combinationof mechanical structures; the distributed electricity generating system utilizing the compressed air as the power is simple in structure, low in cost and easy to popularize; in the situation of utilizing clean energy to serve as initial energy, the distributed electricity generating system utilizing the compressed air as the power is environment-friendly and clean; and distributed power supply canbe realized if the commercialization and industrialization of the compressed air can be realized.

The invention discloses a white spirit vinasse classified rice hull removing method and a method for preparing an organic liquid fertilizer base solution with rice-hull-removed white spirit vinasse as a raw material. By the adoption of the methods, rice hulls can be removed from the white spirit vinasse containing the rice hulls, the rice-hull-removed white spirit vinasse is used for preparing an organic liquid fertilizer base solution product, and therefore the bottleneck problem about white spirit vinasse resource reuse is solved.

The invention mainly discloses an industrial production process of a flexible carbon-based bipolar plate of a fuel cell. The industrial production process sequentially comprises the steps of S1 carrying out a raw material plate pretreatment process; S2 after pretreatment of the raw material plate is completed, entering a single-pole plate forming process; S3 carrying out a monopolar plate cleaningprocedure; S4 carrying out a unipolar plate tidying process; S5 carrying out a single-pole plate airtight treatment process; s6 carrying out a cleaning process on the unipolar plate subjected to airtight treatment and a tidying tool together; S7 carrying out a unipolar plate leveling process; S8 carrying out a polar plate gluing process; S9 carrying out a bipolar plate synthesis process; S10 carrying out a bipolar plate curing process; and S11 carrying out a bipolar plate detection process. The production efficiency is improved, the product percent of pass is increased, the labor intensityis reduced, the manufacturing cost is reduced, and commercialized and large-scale manufacturing of the bipolar plate is realized.

The invention discloses a preparation method and an application of a sensor based on a screen-printed carbon electrode and belongs to the technical field of biological sensors. The method comprises steps as follows: a dicyclohexyl phthalate/ multiwalled carbon nanotube nano material is prepared and dripped on the surface of the screen-printed carbon electrode layer by layer, then acetylcholine esterase is dripped on the screen-printed work electrode surface modified with a dicyclohexyl phthalate/multiwalled carbon nanotube, and the acetylcholine esterase biological sensor for detecting organophosphorus and carbamate pesticides is prepared. The prepared sensor has the characteristics of simple work procedure, convenience in operation, low cost, high detection sensitivity, strong electric signal and simplicity in electrode pre-treatment and is applied to detection of pesticide residues, and the detection limit reaches 0.05 mu g/L.

The invention relates to a preparation and detection method of a tetracycline aptamer sensor based on a screen-printed electrode. The surface of the screen-printed electrode is modified with an ionic liquid and ferroferric oxide layer by layer and then left to stand at a normal temperature until the surface is dried, and then tetracycline aptamer is fixed on the surface of the screen-printed electrode modified with a nanometer material. The preparation and detection method of the tetracycline aptamer sensor based on the screen-printed electrode well solves the problem about complicated procedures of current electrode pre-treatment, the same batch of electrodes have good uniformity and can be produced in batch, and commercialization is realized. The sensor has better sensitivity, stability and specificity and good regeneration capacity and is very suitable for situations when on-site quick detection of antibiotic residues is required; the recovery rate of the sensor meets requirements.

The invention relates to equipment for producing liquid fertilizer through concentrated biogas slurry and a method for producing liquid fertilizer. The equipment comprises a storage tank, a complexing kettle, a synthesizing kettle, a stabilizing kettle, a smashing machine, a stirring tank, a colloid mill, a homogenizer, a fertilizer storage tank and a filling machine. The method for producing the liquid fertilizer mainly comprises the steps of adjusting acidity of the concentrated biogas slurry, removing heavy metal and then chelating to manufacture the liquid fertilizer favorable for crops to absorb. The liquid fertilizer is prepared from the following ingredients in a formula in parts by weight: 40 to 60 parts of concentrated biogas slurry, 2 to 6 parts of urea, 1 to 4 parts of ammonium nitrate, 4 to 12 parts of potassium nitrate, 0.2 to 0.5 part of calcium nitrate terahydrate, 3 to 6 parts of ammonium dihydrogen phosphate, 0.2 to 0.5 part of magnesium sulfate heptahydrate, 0.1 to 0.2 part of ferrous sulfate, 0.05 to 0.1 part of zinc sulfate, 0.05 to 0.08 part of borax, 0.005 to 0.1 part of ammonium molybdate, 0.05 to 0.1 part of manganese sulfate, 0.05 to 0.1 part of copper sulfate, 0.01 to 0.01 part of plant growth regulator, 0.005 to 0.01 part of chelating agent, 0.01 to 0.03 part of acid-base regulator, 0.001 to 0.001 part of deodorant, 0.005 to 0.01 part of sterilizing agent and 0.001 to 0.002 part of defoaming agent. The liquid fertilizer has the advantages of scientific and reasonable formula, simple manufacture and very obvious application effect.

The invention belongs to the field of environmental microorganisms and particularly relates to a complex microbial inoculant for efficiently treating marine petroleum sewage and a preparation method of the complex microbial inoculant. The complex microbial inoculant comprises four strains, namely alcanivorax jadensis, alcanivorax venustensis, acinetobacter venetianus and alteromonas macleodii. Different strains in the inoculant exert different functions in treatment of petroleum sewage, cooperate with each other and promote mutually, so that the oil content, comprising a large amount of various linear hydrocarbon, branched hydrocarbon and aromatic hydrocarbon existing in the petroleum, of the petroleum sewage is obviously reduced, and industrialization and commercialization of the microbial inoculant for efficiently treating the marine petroleum sewage are facilitated.