64results about How to "Rapid industrialization" patented technology

The invention relates to a device and a method for continuously preparing a titanium or titanium alloy powder for 3D printing through gas atomization. The device comprises an atomization spray disc fixing top plate, an atomization spray disc, an electromagnetic shielding ring and a high-frequency induction coil from top to bottom, wherein the atomization spray disc and the fixing top plate are fixed through a fixing bolt; continuous conveying feeding holes for a titanium or titanium alloy wire material are formed in the central positions of the atomization spray disc fixing top plate and the atomization spray disc; the atomization spray disc and the electromagnetic shielding ring are coaxially installed about the axes of the conveying feeding holes; the atomization spray disc comprises a main atomization gas flow nozzle and auxiliary protection gas flow nozzles; and atomization gas flow sprayed out via the main atomization gas flow nozzle is collected on the wire material to form an atomization centre, and the atomization centre is superposed with a melting centre formed due to the heating of the high-frequency induction coil for the end part of the wire material. Therefore, melting flow is immediately limited and atomized by the main atomization gas flow after being generated, so that a superheating degree is furthest ensured, heat loss is reduced, and a high fine powder yieldof titanium or titanium alloy atomization is realized.

The invention provides a method for preparing a tacrolimus ointment. The method comprises the following steps of: 1, weighing purified tacrolimus, white beeswax, liquid paraffin, paraffin, white Vaseline, propene carbonate and propanediol in the mass ratio of 1:30:40:30:520:10:10; 2, mixing the white beeswax with the liquid paraffin and the paraffin, heating for melting, mixing uniformly to obtain a mixed solution I, and preserving heat at the temperature of 70 DEG C for later use; 3, heating white Vaseline for melting to obtain a white Vaseline solution, and preserving heat at the temperature of 70 DEG C for later use; 4, mixing propanediol and propene carbonate uniformly in the ratio of 1:1 to obtain a mixed solution 2; 5, dissolving tacrolimus into the mixed solution of propanediol and propene carbonate to obtain a mixed solution 3, and preserving heat at the temperature of 70 DEG C for later use; and 6, dispersing the mixed solution 3 into the white Vaseline solution to obtain a mixed solution 4, adding the mixed solution 4 into the mixed solution I to obtain a solution 5, stirring at the temperature of 70 DEG C for 10 minutes, cooling, and continually stirring till the solution 5 is condensed into an ointment.

The invention provides a method for producing a hydrogenated copolymer through hydrogenation of conjugated diene. The method for producing the hydrogenated copolymer through hydrogenation of the conjugated diene comprises the following steps: (1) mixing part of conjugated diene latex and a Hoveyda-Grubbs II catalyst to obtain a mixture A; (2) mixing the rest of conjugated diene latex, the mixtureA and assistants to obtain a mixture B, wherein the assistants are potassium oleate and/or sodium oleate; (3) introducing hydrogen into the mixture B for stirring and degassing treatment, and then conducting stirring treatment continuously to obtain a mixture C; and (4) heating the mixture C, and improving hydrogen pressure for a hydrogenation reaction to obtain the hydrogenated copolymer. According to the method for producing the hydrogenated copolymer through hydrogenation of the conjugated diene, through a mixing mode where the conjugated diene latex and the Hoveyda-Grubbs II catalyst are added in batches, introduction of the specific assistants, and a treatment method where the hydrogen is adopted for degassing treatment in advance, and stirring is conducted after degassing treatment is conducted, the selective hydrogenation reaction of the conjugated diene can be efficiently achieved without solvents to obtain a product with a high hydrogenation degree.

The invention discloses a high-temperature and high-pressure preparation method for a cubic phase barium-iron-antimony oxide, and belongs to the technical field of preparation of low field magneto-resistance materials. Barium nitrate, ferric nitrate and antimony trioxide are used as raw materials; the method comprises the process of preparation of a precursor and high-temperature and high-pressure synthesis; the precursor is prepared by mixing raw materials through a sol-gel method; and according to the high-temperature and high-pressure synthesis, heat and pressure are preserved for 1 to 2 hours under the pressure of 5GPa and at the temperature of between 1,100 and 1,300 DEG C, and cooling and pressure relief are carried out to obtain a Ba2FeSbO6 material with a cubic structure. According to the method, the precursor is prepared by using the sol-gel method, so that the reactants are mixed uniformly, and the purity of the final product is high; by adopting the conventional high-temperature and high-pressure equipment, the method is easy to operate and can quickly implement industrialization; and the obtained high-quality barium-iron-antimony oxide is a cubic phase material.

The invention discloses a pH-sensitive allochroic inorganic material and a preparation method thereof. The preparation method includes compounding Li2CO3, ammonium polyphosphate, Al2O3, TiO2 and MnCO3to obtain LATP and LiMnPO4 ceramic powder, adding ethyl alcohol after mixing the LATP ceramic powder with 10-40% of LiMnPO4 ceramic powder, and performing ball grinding, drying and sieving to obtainmixed powder; adding binders into the mixed powder for pelleting, conducting preforming to prepare a blank, and calcinating the blank in an air atmosphere to prepare pH-sensitive allochroic ceramic; after direct calcination of the mixed powder in the atmosphere, subjecting the mixed powder to crushing, ball grinding and sieving to obtain pH-sensitive allochroic powder, mixing the allochroic powderwith other resin solutions or emulsion to obtain a pH-sensitive allochroic paint or film material. The prepared pH-sensitive allochroic inorganic material has the advantages of safety, reliability, simplicity in preparation process, economy and environment protection, and accordingly, industrial production can be realized.

The invention discloses a hemp textile which is formed by blending hemp fiber and other fiber including one or more of cotton fiber, tencel fiber and modal fiber. A manufacturing process of the hemp textile includes the following steps: raw material growth, mixing and loosening, lapping, sliver generating, pre-drawing, sliver lapping, combing, drawing, roving generating, spun yarn generating, spooling, warping, sizing, drafting, weaving, settling and packaging. By blending the hemp fiber, the cotton fiber, the tencel fiber and the modal fiber and by means of special fabrication processing, the hemp textile is soft in touch, smooth and straight, natural and comfortable, high in efficiency in processing and production, small in product loss and good in quality, improves the industry-university-research cooperation organizational degree, integrates hemp industry technology innovation resources, guarantees close join of scientific achievements and production practice, combines textile manufacturing and military supply devices closely and achieves fast industrialization of hemp research results.

The invention provides a selective hydrogenation method for conjugated diene latex. The method comprises the step of subjecting the conjugated diene latex to a hydrogenation reaction with a compound catalyst of metal of a family VIII represented by a formula (I) shown in the description, thereby obtaining a hydrogenated polymer. According to the method, latex hydrogenation of the conjugated dienelatex is catalyzed by employing the compound catalyst of the metal of the family VIII represented by the formula (I); during the use of the catalyst, no cocatalyst and no organic solvent are employed,and no substance except for the catalyst is employed; compared with the prior art, the method has the advantages that the catalyst has high hydrogenation efficiency to NBR latex, and the consumptionof the catalyst is low; and hydrogenation conditions of the catalyst are not harsh, the temperature and pressure are not high, the catalyst has high catalyzing activity to the latex under the condition of moderate temperature and pressure, and thus, realization of rapid industrialization is facilitated.

The invention relates to base metal nickel internal electrode slurry of a microwave multiple-layer sheet ceramic capacitor, which comprises 40 to 50 of high-crystallinity nanometer nickel powder, 2 to 10 of yttrium oxide stable zirconia nanometer powder bodies and 40 to 58 of organic carriers according to the weight percentage, wherein the organic carriers comprise 2 percent to 6 percent of cellulosic resin and 38 percent to 52 percent of dihydroterpineol. Aiming at the stress problem of a metal part and a ceramic part of the microwave multiple-layer sheet ceramic capacitor, the invention can reduce the volume change caused by the phase change to reduce the internal stress, microcracks of a dielectric layer are reduced to increase the reliability of the microwave ceramic capacitor, and consequently, the microwave multiple-layer sheet ceramic capacitor can also use a base metal nickel electrode technology to replace the prior silver palladium noble metal technology. The invention saves social resources, greatly reduces the production cost and quickly realizes the industrialization.

The invention discloses white birch liquid vinegar and a preparation method thereof. According to the preparation method, white birch liquid and white sugar are used as raw materials, white birch liquid raw vinegar is obtained by carrying out alcoholic fermentation and acetic fermentation, clarifying, filtering, sealing and aging for one month or more, and the white birch liquid vinegar with totalacid content of greater than 3% is obtained by blending the white birch liquid raw vinegar with different acidities according to different ratios. The white birch liquid vinegar is clear in physicalappearance and uniform in color, is light yellow, glossy, sour in taste and soft, lasting in aftertaste and mellow in mouth feel, and has aroma of vinegar and faint scent of birch juice.

The invention provides an intelligent electronic distribution frame based on RFID. Distribution ports arranged on the two intelligent electronic distribution frames are connected through a jumper wire. RFID radio frequency identifications arranged on the two intelligent electronic distribution frames are connected through an idle line in the jumper wire. The RFID radio frequency identifications ontwo ends of the jumper wire form an RFID radio frequency identification pair. The invention also provides a management system of the intelligent electronic distribution frame based on the RFID. The system comprises the intelligent electronic distribution frame of the RFID, an RFID intelligent reader and writer and a background service manager, wherein the RFID intelligent reader and writer carries out reading and writing with the intelligent electronic distribution frame through the RFID; and the background service manager is connected to the RFID intelligent reader and writer through a wirednetwork or a wireless network. By using the intelligent electronic distribution frame based on the RFID and the management system, cost is low, the structure is concise, gradation is distinct, an error rate and a failure rate of an integration wiring system are greatly reduced, simultaneously fault processing time during a wiring link is greatly shortened, and communication safety is further increased.

The invention relates to a hemp textile. It is characterized in that the hemp textile is manufactured by blending hemp fiber and other fibers, and the other fiber is one or more of cotton fiber, tencel fiber and modal fiber, and the hemp textile is The manufacturing process includes the following steps: Raw material preservation - mixing and loosening - coiling - card sliver - pre-drawing - coiling - combing - drawing - roving - spinning - winding - warping - sizing - dressing - weaving ‑Organize‑Package. The hemp textiles of the present invention are made by blending hemp fibers with cotton fibers, tencel fibers and modal fibers, and through a special process, so that the hemp textiles feel soft, flat and wide, natural and comfortable, and have high efficiency in processing and production. The loss is small and the quality is good, which improves the degree of organization of the combination of industry and research, integrates the technological innovation resources of the hemp industry, and ensures the close connection between scientific research results and production practice.

The invention provides a catalyst composition, which comprises a VIII group metal compound catalyst shown as formula I and an auxiliary agent, wherein the auxiliary agent is sodium dodecyl benzene sulfonate. The catalyst system provided by the invention can realize effective hydrogenation of latex, can significantly reduce the use amount of the catalyst, improve the catalytic efficiency and reducethe industrial cost by adding a small amount of the auxiliary agent, has no participation of an organic solvent in the reaction process, and is beneficial to green chemical industry. The reaction rate of the reaction system is increased, the usage amount of the catalyst is low, the cost can be reduced, the reaction conditions are mild, the reaction efficiency is high, and rapid industrializationis facilitated.

The invention belongs to the field of nano materials and lithium-sulfur batteries, and discloses an application of a nitrogen-doped carbon-coated Co and/or Co3ZnC composite material in preparation of a lithium-sulfur battery diaphragm. The preparation method comprises the following steps: dissolving Pluronic F-127 in water, adding a carbon source dicyandiamide, adding a positive bivalent cobalt salt and a positive bivalent zinc salt, performing further stirring, evaporating water to dryness to obtain a solid compound, and carrying out high-temperature carbonization under the protection of N2 gas. In the process, dicyandiamide is carbonized to obtain N-doped carbon, reducing substances such as carbon monoxide, carbon dioxide, nitric oxide and carbon generated in the carbonization process of dicyandiamide can reduce and carbonize cobalt and zinc to obtain Co or Co3ZnC, and a target product is obtained after the reaction is completed. The N-doped carbon-coated Co and/or Co3ZnC composite material is used as a diaphragm modification material and is coated on a commercial diaphragm by a scraper method, and the electrochemical performance of the lithium-sulfur battery can be effectively improved when the N-doped carbon-coated Co and/or Co3ZnC composite material is applied to the lithium-sulfur battery.

The present disclosure provides an array substrate, including: a base substrate; a planarization layer formed on the base substrate; a plurality of pixel electrodes formed on the planarization layer; and a pixel definition layer including a first pixel definition layer and a second pixel definition layer, the first pixel definition layer covering a periphery of each pixel electrode and exposing a central area of each pixel electrode, the second pixel definition layer being formed on the planarization layer between adjacent pixel electrodes and having a plurality of openings defining each sub-pixel unit; a bottom of a dam portion of the second pixel definition layer and a bottom of a dam portion of the first pixel definition layer adjacent thereto are separated by a predetermined distance, and a thickness of the second pixel definition layer is greater than a thickness of the first pixel definition layer.

The invention provides a catalyst composition, which comprises a VIII group metal compound catalyst represented by a formula I and an auxiliary agent, and the auxiliary agent is lauryl sodium sulfate.The catalyst system provided by the invention can realize effective hydrogenation of latex, the use amount of the catalyst is obviously reduced by adding a small amount of the auxiliary agent, the catalytic efficiency is improved, and the industrial cost is reduced. No organic solvent participates in the reaction process, and green chemical industry is facilitated. The reaction rate of the reaction system is increased, the usage amount of the catalyst is low, the cost can be reduced, the reaction conditions are mild, the reaction efficiency is high, and rapid industrialization is facilitated.

The invention discloses a conductive concrete composition capable of being rapidly cured and molded, a preparation method and application thereof. The conductive concrete composition capable of being rapidly cured and molded comprises rapidly cured cement serving as a base material and conductive concrete combined slurry taking the base material as a benchmark, and the conductive concrete combined slurry comprises the following components by mass percentage: 0.05-2% of graphene, 0.5-3% of a graphene dispersing agent, 0-40% of a conductive filler and 15-30% of water. The rapidly cured cement is phosphorus-magnesium cement. The conductive concrete composition provided by the invention has the advantages of rapid mass production of concrete products with good conductivity, high mechanical strength, stable resistivity and good durability, not only improves the conductivity (the resistivity can reach 10ohm.cm) of a base material, but also accelerates the molding process (room temperature curing within 30min), and can be widely applied to the fields of electric heating, electric heating pavements and the like.

The invention provides antibacterial nylon 6 containing guanidyl groups and a preparation method of the antibacterial nylon 6. According to the antibacterial nylon 6, an organic small molecule guanidine salt compound is modified, and a 6-guanidino hexanoic acid antibacterial agent which has relatively strong interaction with nylon is developed. 6-guanidino hexanoic acid has an active reactive group and can be directly copolymerized and grafted into a nylon polymer chain, and the antibacterial agent not only can have certain binding capacity with a nylon matrix, but also can be uniformly distributed in the nylon matrix, and can effectively prevent the generation of bacterial drug resistance so as to obtain a better antibacterial effect. The invention provides an effective way for the novel structure and the preparation method of the antibacterial nylon 6, and the antibacterial nylon 6 can be widely used for preparing antibacterial fibers, antibacterial films, antibacterial engineering plastics and the like.