53results about How to "Shorten modification time" patented technology

The invention discloses a quick generation method of a numerical control machining scheme of complex parts of an airplane, which mainly comprises the steps of: 1) obtaining machining technology information; 2) building the structural tree of the machining scheme; 3) generating the interaction display of the machining scheme; 4) quickly coding the machining scheme; 5) testing the effectiveness of the machining scheme; and 6) outputting the scheme. The method educates, normalizes and standardizes the machining scheme of the complex parts of the airplane, and improves the unitarity of the machining scheme, the reusability and the programming quickness, thereby shortening the programming period of numerical control machining scheme of the complex parts of the airplane, and improving the numerical control machining preparing efficiency and the machining quality.

The invention provides a method for electrochemically modifying surface of ultrasonic-enhanced carbon fiber. The method comprises the following steps of: firstly, pretreating the surface of the carbon fiber material, secondarily, soaking the pretreated carbon fiber material into an electrolytic bath filled with strong electrolyte solution; and by taking the carbon fiber material as an electrochemically oxidized anode and graphite as an electrochemically oxidized cathode, guiding in current through control of a voltage-stabilizing power supply, wherein the current intensity is 1A/g-2A/g; and under the conditions of ultrasonic power of 200W-2000W, ultrasonic frequency of 20kHz-100kHz, and water bath temperature of 20 DEG C-70 DEG C, carrying out ultrasonic oscillation for three minutes to 15 minutes to produce surface modification, and finally washing and drying to obtain surface-modified carbon fiber. With the method, the surface roughness of the carbon fiber can be increased, the wetting property of the carbon fiber can also be improved due to introduction of polar group into the surface of the fiber, the binding property between the carbon fiber and a resin matrix can be enhanced, and the interface property of binding the carbon fiber with other materials can be increased.

The invention relates to modified coal ash used for treating ammonia nitrogen waste water, which is prepared by the following steps of: calcining NaOH and coal ash at a low temperature after NaOH and coal ash are uniformly mixed in proportion, cooling, grinding and sieving, then adding 1-5 times of water by weight, mixing, stirring, heating to the temperature of 70 DEG C and stopping stirring, gelling for 1.5-2 hours at constant temperature, then heating to the temperature of 100 DEG C, crystallizing for 3-4 hours at constant temperature, carrying out suction filtering, washing to be neutral with water, drying, cooling and then grinding and sieving, thus the modified coal ash is obtained. In the invention, NaOH low temperature calcining hydrothermal synthesis is adopted to modify the coal ash, the physical structure of the coal ash is destroyed, the modification time is shortened and a new zeolite mineral phase is generated under the condition of low alkali addition amount, the specific area of the coal ash is increased, and the cation exchange performance of the coal ash is improved. The modified coal ash provided by the invention is used for treating the ammonia nitrogen waste water, and the removing effect is obvious. By adopting the modified coal ash provided by the invention, wastes are treated with wastes, the resource utilization of wastes is realized, and the utilization factor of the coal ash is improved.

The invention relates to a surface modification method of carbon fiber by plasma treatment and coating of nano graphene, which is characterized in that nano graphene and a carbon fiber material are used as raw materials, and a nano graphene coating is coated on the surface of the carbon fiber material by a plasma treatment and coating method. The method comprises the steps of: (1) preparing 0.5-10% organic solvent or water sol solution of nano graphene by utilizing an ultrasonic oscillating technology; (2) coating the graphene solution on the surface of carbon fiber and drying; and (3) placing the carbon fiber on a plasma device, and spraying the plasma to the surface of the carbon fiber for surface modification, wherein the treatment power is 100-1000W and the time is 10-900s. By adopting the method, a high-performance composite material can be formed, and the mechanical property, conductivity and heat resistance of the carbon fiber are further improved. The method is low in cost, simple in operation, strong in applicability, good in treatment effect and not likely to cause environmental pollution, and is suitable for industrial production.

The invention provides a composite material of shell micro powder filling bio-based resin and a method for preparing the same. The composite material comprises the following component in percentage by mass: (1) 20 to 60 percent of shell micro powder, 40 to 80 percent of bio-based resin, 1.5 to 8 percent of coupling agent and 0.2 to 0.4 percent of anti-oxidant; and or 20 to 60 percent of shell micro powder, 40 to 80 percent of bio-based resin, 0.6 to 3 percent of isocyanate, 0.05 to 0.1 percent of organic tin or organic stannous catalyst, and 0.2 to 0.4 percent of anti-oxidant. The invention also discloses a method for preparing the composite material. The method has the advantages of utilizing the ultrasonic cavitation to grind and disperse the shell micro powder, simultaneously accelerating the grafting or chemical bonding of the coupling agent or isocyanate on the surface of the shell micro powder, greatly shortening the modification time of the shell micro powder and the forming period of the composite material, and improving the interface compatibility and the bonding strength of the shell micro powder and the bio-based resin. The composite material is widely applied in fields of the production and consumption of automobile interior parts, stationery, road blocks, sporting goods, food bags, refuse bags, disposable tablecloth, outdoor flower pots, canteens, knives and forks and the like.

The invention discloses a method for improving activated carbon performances by self-assembling low-temperature plasma modification, and belongs to the technical field of activated carbon modification. A self-assembling low-temperature plasma modification reaction device used in the invention mainly comprises a box body, a plasma generator, a gas distribution and exhaust gas treatment system, an auxiliary facility and the like. The activated carbon modification is taken as an aim, and the activated carbon modification is realized via four processes of activated carbon screening treatment, reactor detection and setting, activated carbon modification, and exhaust gas treatment. The method for improving the activated carbon performances by the self-assembling low-temperature plasma modification can effectively reduce the loss of activated carbon, shorten the modification time and improve the modification efficiency of the activated carbon, takes air as an air source which is cheap in price and easily obtained and is simple to operate, free of ozone dissipation and waste liquid to be treated, and environmentally friendly. The method for improving the activated carbon performances by the self-assembling low-temperature plasma modification can be widely used in the activated carbon modification, and further can be popularized and applied to the modification of adsorbents of kaolin and montmorillonite.

The invention relates to a method for coating dopamine on the surface of an ultrasonic reinforced material. The method comprises the following steps: preparing alkaline buffered solution containing dopamine capable of coating the surface of a material, immersing a material to be modified in the buffered solution, and modifying the surface of the material with the media in the solution in an ultrasonic environment. With respect to the defects of long modification time, poor adhesion and non-uniform surface of a coating and the like of the conventional standing coating modification process, the method greatly shortens the modification time, and the obtained coating has strong adhesion and uniform surface. The effects of modifying a 305 stainless steel, a glass slide, and a polyethylene terephthalate PET plastic by the conventional process and the method are respectively compared to prove the advantages of the method.

Embodiments of the invention provide a mobile application localized loading method and device, and electronic equipment. The method comprises the steps of obtaining a latest template resource file corresponding to a to-be-displayed page; acquiring page data of the to-be-displayed page through each webpage interface of the to-be-displayed page; respectively determining a data type to which each piece of page data belongs; determining a data module corresponding to each piece of page data according to the data type to which each piece of page data belongs; querying a data module corresponding toeach piece of page data according to the format identifier of each piece of page data to respectively obtain a template format of the page data; based on the page data and the template format of thepage data, splicing to generate template data of the page to be displayed; and loading the template data of the to-be-displayed page to display the to-be-displayed page. According to the mobile application localized loading method provided by the embodiment of the invention, the online new style is dynamically displayed in real time, the time for modifying the page content is shortened, and the development cost is reduced.

The production method of carragheen uses marine alga as raw material and includes the following steps: alkalu modification procedure treatment, cooking, rfiniting, salting out, dewatering and drying so as to obtain the invented finished product. The alkali modification procedure adopts the potassium hydroxide as modification agent, and uses pure water to prepare the potassium hydroxide into the potassium hydroxide solution, its concentration is 5-25%, and the potassium borohydride is added, and its added amount is 1-5% of potassium hydroxide. Said invention raises the gel strength and recovery rate of the prdoucts and can shorten production period and reduce its production cost.

The invention relates to a method for preparing functional carbon fibers. Thermoplastic resin is used as a surface grafting material of the carbon fibers, surface modification is carried out on the carbon fibers by plasma, and the thermoplastic resin is grafted to form a high-performance composite material. The method provided by the invention has the advantages of low investment cost of surface modification equipment of the carbon fibers, low cost, simple operation, strong applicability, good treatment effect, small loss of fiber performance and reliable quality. The modification time is greatly shortened, the amount of chemicals is reduced, the product cost is lowered, the environmental pollution is reduced, and industrial production is applicable.

The invention relates to a surface modification method for treating and coating nanometer graphene by carbon fiber plasmas. Graphene is used as a surface coating material of carbon fiber; the carbon fiber surface is coated with nanometer graphene sol liquid; then, a composite material with high performance can be formed through plasma surface modification. The cost is low; the operation is simple; the applicability is high. The method has the advantages that the investment cost of equipment used by the carbon fiber surface modification is low; the invention cost is low; the operation is simple; the applicability is high; the treatment effect is good; the fiber performance loss is little; the quality is reliable; the modification time is greatly shortened; the chemical consumption and the product cost are reduced; the environment pollution is reduced; the method is suitable for industrial production.

The invention discloses a preparation method of an amphiphilic silica flatting agent. The method comprises the following steps: silica powder is placed into a mixer and heated under stirring to 60-200 DEG C, and stirring is kept; a silane treating agent accounting for 2%-30% by mass of the silica powder is uniformly sprayed into the mixer in an atomized manner and sufficiently mixed with the powder, the mixture is heated to 70-250 DEG C, stirred for 0.5-3 h at the temperature and dried finally, the temperature is controlled at 50-250 DEG C, discharging is performed after drying for 0.5-6 h, natural cooling is performed, and the amphiphilic silica flatting agent is obtained. The obtained amphiphilic silica flatting agent is enabled to have lipophilicity and hydrophilicity by controlling temperature and reaction time under conditions of addition in proper proportion, certain temperature, cyclic motion state of microparticles and the like, the flatting agent is good in stability and is not prone to layering or production of hard precipitates, so that waste of the flatting agent and paint is reduced, ultrafine particles of the silica flatting agent are well arranged and uniform in luster, the visual effect is good, the flatting efficiency is increased, and the flatting performance is improved greatly.

The invention relates to a method for surface modification by grafting a carbon fiber to graphene oxide through plasma. The graphene oxide is used as a surface grafting material of the carbon fiber; the carbon fiber is subjected to surface modification through the plasma, and then the graphene oxide is grafted with the carbon fiber so as to form a high-performance composite material. The method is low in cost, easy to operate and high in practicability. The method has the advantages that equipment for carbon fiber surface modification is low in investment cost, and the method is low in cost, easy to operate, high in practicability, good in treatment effect, low in fiber performance loss and reliable in quality. The modification time can be greatly shortened, the use amount of chemicals and the product cost are reduced, the environmental pollution is reduced, and the method is applicable to the industrial production.

The invention discloses a novel antioxidation silane coupling agent containing a hindered phenol structure. The novel antioxidation silane coupling agent is characterized in that the structural formula of the silane coupling agent is shown in the description, wherein R<1> is methyl, ethyl or propyl; R<2> is methyl, ethyl, propyl or cyclohexyl; n is in a range of 1-4. Through combination of inorganic filler modification with antioxidant addition, the novel antioxidation silane coupling agent containing the hindered phenol structure not only has the advantages such as good antioxidation effect,little pollution, low probability of color change and low toxicity or non-toxicity of a hindered-phenol antioxidant, but also has the unique structure and performance such as adhesion, compatibility,dispersity and the like of the silane coupling agent, and compatibility of the antioxidant with a polymer material is improved greatly.

The invention relates to modified asphalt and a preparation method and application thereof, and the modified asphalt is prepared from the following raw materials in parts by weight: 30-50 parts of asphalt, 5-20 parts of an asphalt regenerant, 1-6 parts of white oil, 0.5-2 parts of wax powder, 4-25 parts of a modifier and 20-50 parts of talcum powder. The preparation method comprises the following steps: mixing asphalt, an asphalt regenerant and white oil according to a formula ratio, and preserving heat to obtain premixed asphalt; shearing, grinding and mixing the modifier and the premixed asphalt according to the formula ratio to obtain a first shearing material; adding talcum powder into the first shearing material, stirring and mixing, preserving heat, and then shearing, grinding and mixing to obtain the modified asphalt. Through shearing, grinding and mixing in the preparation process, the modification time of asphalt is shortened, and the adverse effect of carbides generated in the high-temperature modification process on coiled material preparation is also avoided.

The invention relates to an ecological and environment-friendly soil remedying agent. The soil remedying agent is formed by mixing 55-65 parts of modified hectorite, 20-30 parts of an organic fertilizer, 10-20 parts of humic acid and 1-3 parts of a microbial agent by weight, wherein the modified hectorite is prepared by a method comprising the following steps: calcinating hectorite, then adding amixed modifier, reacting while stirring, performing microwave irradiation treatment while stirring, and finally grinding into granules or powder. The soil remedying agent is applicable to remediationof heavy metal-contaminated soil, and has the advantages of low cost, ecological protection, a short remedying cycle, a good remedying effect, high remedying efficiency and the like.

The invention provides a preparation method of a hydrophobic Y-type molecular sieve and the hydrophobic Y-type molecular sieve. The preparation method mainly comprises an activation pretreatment process, a modification process and a water washing process, and specifically comprises the following steps: crushing an NAY molecular sieve screen, roasting, adding an organic solvent, adding a silanization reagent while carrying out ultrasonic treatment, stirring to fully react, filtering, washing, drying and the like, thereby obtaining the hydrophobic Y-type molecular sieve. The preparation method of the hydrophobic Y-type molecular sieve is short in reaction time and high in efficiency, and the prepared hydrophobic Y-type molecular sieve is applied to adsorption treatment on industrial waste gas, can be repeatedly used for multiple times, and has relatively good cycle performance, long adsorption penetration time and a wide application range, so that the economic cost is reduced.

The invention discloses a method for modifying oil and fat and application of the method. The method for modifying oil and fat comprises the steps that first the oil and fat is modified with ozone, and then a catalyst is added, and re-modification is carried out on the mixture under heating. Any solvent or other additives are not required, and modification is carried out by waste oil and fat, a degradation product is phytonutrients, the ozone consumption is small, and the ozone is a clean renewable resource, and the method can be realized under normal temperature and normal pressure. Expensiveequipment is not required to be used, and less equipment is used, so cost control is facilitated, new environmental pollution is not caused, and the method for modifying oil and fat is suitable for large-scale green environmental protection production; and the oil-fat modified material prepared by the method is applied to slow release fertilizer or control-release fertilizer, and the release of nutrients of the initial stage can be as low as 5.36% within 24 hours.

The invention belongs to the technical field of food processing, and relates to a modification method of dietary fibers. The modification method of the dietary fibers comprises the following steps: (1) uniformly mixing an extracted dietary fiber with distilled water so as to obtain a mixture, putting the mixture into subcritical water equipment so as to be subjected to processing at 105-160 DEG Cfor 10-60 minutes, carrying out concentration so as to obtain a concentrate, performing freeze-drying on the concentrate together with residues, and carrying out crushing so as to obtain a modified dietary fiber A; (2) adding distilled water into the modified dietary fiber A, adjusting the pH value to 3-8, and adding 0.1-1.0% of mixed enzymes composed of cellulase and xylanase so as to be subjected to enzymatic hydrolysis at 30-60 DEG C for 1-6 hours, thereby obtaining an enzymatic hydrolyzate; and (3) performing enzyme inactivation on the enzymatic hydrolyzate, and carrying out evaporating-concentrating, freeze-drying and crushing so as to obtain a modified dietary fiber B. The modification method of the dietary fibers disclosed by the invention is capable of significantly increasing content of soluble dietary fibers in total dietary fibers; and moreover, the obtained modified dietary fibers have significantly improved water-holding capacity, oil-holding capacity, expansive force, cholesterol adsorption capacity and nitrite ion adsorption capacity.