39results about How to "Improve active performance" patented technology

An electrosurgical system including a sharpened electrosurgical electrode, which can have a coated surface, and an automatically adjusting electrosurgical wave generator is disclosed. The automatically adjusting wave generator and the sharpened electrode tip provide or enhance the properties, attributes and / or characteristics of the electrosurgical system and prevent tissue damage and reduce incidences of post-operative complications, thereby quickening the healing process. The wave generator detects various circuit parameters and automatically adjusts the output settings, such as the output power level, based on the various circuit parameters, such as tissue impedance, to prevent undesirable tissue damage.

An electrosurgical system including a sharpened electrosurgical electrode, which can have a coated surface, and an automatically adjusting electrosurgical wave generator is disclosed. The automatically adjusting wave generator and the sharpened electrode tip provide or enhance the properties, attributes and / or characteristics of the electrosurgical system and prevent tissue damage and reduce incidences of post-operative complications, thereby quickening the healing process. The wave generator detects various circuit parameters and automatically adjusts the output settings, such as the output power level, based on the various circuit parameters, such as tissue impedance, to prevent undesirable tissue damage.

The invention discloses a chlorempenthrin smoke generator. The chlorempenthrin smoke generator is characterized by comprising, by weight, 0.1-70% of chlorempenthrin and the balance agriculturally acceptable heat supply agents. The heat supply agents comprise agriculturally acceptable fuel, oxidizing agents and auxiliaries, the agriculturally acceptable fuel is used for preparing smoke generators, and the oxidizing agents comprise one or a plurality of types of potassium chlorate, ammonium nitrate, potassium nitrate, sodium nitrate, sodium nitrite, potassium perchlorate and potassium permanganate. The fuel comprises one or a plurality of types of corncob, cow dung powder, straw, bagasse, wood powder, charcoal, white sugar, starch, sulfur, ammonium thiocyanate and urotropine. The auxiliaries comprise one or a plurality of types of smoke agents, combustion guide agents, flame retardant chemicals, cooling agents, weighting agents, adhesive, moisture-proof agents and stabilizers. The chlorempenthrin smoke generator has the advantages that the activity of agents of the chlorempenthrin smoke generator can be enhanced, the adhesive, permeation and dissolving capacity of the chlorempenthrin smoke generator can be improved, and comprehensive biological effectiveness of contact killing, respiration inhibition and the like of the chlorempenthrin smoke generator can be sufficiently played; the chlorempenthrin smoke generator can be dissolved fast and is low in residual quantity and little in environmental pollution; the chlorempenthrin smoke generator can be applied without optional equipment or apparatuses, accordingly, work and labor can be saved, energy can be effectively saved, and the chemical use costs can be reduced for farmers.

Provided is an adhesive for a direct-current supporting column insulator. The adhesive is prepared from, by mass, 60-90 parts of solvent dimethyl carbonate, 15-30 parts of cosolvent glycol derivatives, 5-10 parts of nonionic surfactants, 2-5 parts of abrasive nanometal oxide, 1-5 parts of diffusant dichloromethane, 0.5-2 parts of detergent assistant N-alkyl pyrrolidone, 0.2-1 part of stabilizer coconut oil diethanolamide, and 1-3 parts of polymethylsiloxane. Detergent can effectively clear away stains on the surface of an insulator antifouling flashover coating under the environment of high saline-alkali and high industrial pollution, excellent hydrophobicity and migration of the hydrophobicity of the surface of an insulator are recovered, and therefore the capacity of effectively ensuring power equipment to operate safely is achieved.

The present invention provides a delivery system comprising: (a) a container which is a formed body obtained from a film forming composition comprising at least one polysaccharide or polysaccharide derivative; (b) a liquid fill comprising a matrix composition of at least one solvent which is both polar and hygroscopic or a mixture of solvents each of which is both polar and hygroscopic; and (c) an active agent or a mixture of active agents wherein the active agent is soluble in said polar and hygroscopic solvent or mixture of polar and hygroscopic solvents, and a process for the preparation of said delivery system.

The invention discloses a preparation method of long-acting repair type double-layer microcapsules, comprising the following steps: (1) preparing SDB nanospheres: taking an azo initiator, adding styrene, divinylbenzene and anionic surfactant In the mixture, an oil-in-water Pickering emulsion was made; under the protection of nitrogen, the Pickering emulsion was heated and reacted to obtain white solid SDB nanospheres; (2) Preparation of SDB / PMMA nanocomposite particles: Add PMMA to water, add SDB Nanospheres, wait for PMMA to swell into SDB particles; add oxidant, drop inorganic acid to make PMMA fully polymerized, and obtain SDB / PMMA nanocomposite particles; (3) Prepare ZIF‑8 / PMMA hollow microspheres: SDB / PMMA nanocomposite Particles, 2-methylimidazole, add anhydrous methanol, add zinc nitrate, react to get ZIF-8 / SDB / PMMA composite particles; add to organic solvent, remove SDB template, get ZIF-8 / PMMA hollow microspheres; (4 ) Load repair agent or corrosion inhibitor: add ZIF‑8 / PMMA hollow microspheres to soak in repair solution to obtain ZIF‑8 / PMMA / repair solution microcapsules.

The invention provides a biomass-based activated carbon coated iron carbide three-dimensional porous microbial fuel cell anode material, which is composed of biomass-based activated carbon and iron carbide, wherein iron carbide is distributed in the biomass-based activated carbon and is coated by the biomass-based activated carbon to form micron-sized activated carbon-coated iron carbide particles, and the anode material has a three-dimensional porous network structure consisting of micron and nano composite holes. The invention also provides a microbial fuel cell anode based on the anode material, and preparation methods of the anode material and the anode. According to the invention, the problems of unfavorable attached growth of microorganisms and high modification cost of the existingmodified three-dimensional carbon-based electrode are solved, and the attached growth of an anode biological membrane can be promoted and the electron transfer of an extracellular interface can be accelerated while the cost of the microbial fuel anode is reduced.

The invention discloses a tinned copper wire of a 5G signal data power supply cable, including a copper wire and an electroplating solution. The copper wire is electroplated through the electroplating solution, and the copper wire is subjected to a surface treatment process before electroplating. The specific operation method is as follows: : Step 1: Heat the copper wire first. The heat treatment conditions are as follows: put the copper wire in a heat furnace for initial heat treatment. The temperature of the initial heat treatment is 210-250°C, and the initial heat treatment time is 20-30min. . The present invention improves the homogeneity effect of the copper wire by thermally treating the copper wire, facilitates the subsequent plasma treatment and thinner treatment, and can improve the treatment effect. The plasma treatment can improve the surface activity of the copper wire, and after the thinner treatment It can enhance the sparseness of the surface structure of the copper wire, make the outer layer structure of the copper wire loose, and at the same time, the activation energy of the surface of the copper wire layer can be further improved by the activation liquid.

The invention discloses a preparation method of a highly active copper-loaded alumina nanosheet root inhibitor, which comprises the following steps, wherein the parts are parts by weight: 1) mixing aluminum chloride solution, diethylene glycol and Mix and stir one part of surfactant evenly, add concentrated ammonia water with a mass fraction of 25% and continue to stir, and continue to obtain a mixed solution at 60-80°C for 1-2 hours; 2) transfer the above mixed solution into a high-temperature reactor for high-temperature reaction After cooling to room temperature, the reaction product is washed with absolute ethanol, centrifuged, and dried to obtain highly active alumina nanosheets; 3) dispersing the highly active alumina nanosheets in cyclohexane, adding copper acetylacetonate and sodium borohydride Stir and react at 60-80°C for 2-4 hours, then centrifuge, wash with ethanol, and dry to obtain a highly active copper-loaded alumina nanosheet root inhibitor. The invention has the advantages of simple process, low cost, environmental friendliness, less additive amount, high specific surface area and copper loading per unit area, good root resistance effect and strong durability.

The invention provides a preparation method for a taurine-modified novel giant squid gelatin multifunctional peptide and belongs to the technical field of biotechnology. The preparation method comprises the following steps: 1) supplying a carboxyl component which is from a protective peptide fragment with amino acid sequence of SEQ ID NO.1; 2) supplying an amino component which is from taurine; 3)supplying condensation reaction under the existence of condensing agent, and forming a peptide bond between the carboxyl component and the amino component, wherein the condensation reaction is performed under the existence of formylglycine and p-aminophenylalanine; 4) supplying amino deprotection reaction, thereby removing a protection group from an amino terminal on a condensation reaction product through the reaction. The preparation method for the novel multifunctional peptide provided by the invention has the advantages of high reaction speed, less synthesis time consumption, high conversion rate of reaction, low production cost, high activity and purity of products and few by-products. The prepared multifunctional peptide has biological activity functions of resisting against oxidation, removing free radicals, boosting brain development, and the like.

The invention discloses a nanometer functional material composition. The nanometer functional material composition comprises the following raw materials in parts by weight: 30 to 50 parts of modified nanometer bentonite, 10 to 20 parts of nanometer wollastonite powder, 5 to 10 parts of nanometer calcium carbonate, 20 to 30 parts of medium liquid and 1 to 5 parts of a viscosity reducer. According to the nanometer functional material composition, the nanometer wollastonite powder, the nanometer calcium carbonate and other raw materials are combined, the modified nanometer bentonite is modified through variable temperature and active liquid, and the active performance of a bentonite material is improved; the bentonite is of a lamellar structure, so bonding between the raw materials can be blocked, and therefore, the dispersing capacity of a product is improved; and an ammonium sulfate solution in the viscosity reducer is matched with Tween 60, so the raw materials can be further subjected to repulsion treatment, and the dispersing capacity of the product is further improved.

The present invention provides a novel taurine-modified Alaska cod multifunctional peptide, which comprises: a natural polypeptide with an amino acid sequence of SEQ ID NO.1, and a substituent bound to the polypeptide and introduced for modification, The substituent is taurine; the preparation method of the polypeptide includes preparation of protective peptide fragments, microwave condensation reaction, and deamination protection reaction, wherein the steps of preparing the protective peptide fragments are: dissolving the natural polypeptide in sodium carbonate solution, adding amino-containing The acetone solution of the terminal protection group and the promoter is stirred and reacted, extracted and precipitated; the above-mentioned promoter includes anthranilic acid and isonicotinamide. The novel polypeptide provided by the invention has high activity, good stability, no helical structure, good fluidity and high swelling rate, and has biological activities such as anti-oxidation, scavenging free radicals, and promoting brain development; the reaction conversion rate and yield during preparation are high, The synthesis time is short, the yield of by-products is low, the product is easy to purify, and the production cost is low.