42results about How to "Realize synergy" patented technology

The invention provides a preparation method of spun-laced regenerated leather for an automotive interior surface. The preparation method comprises the following specific steps: (1) loosening and mixing fibers; (2) forming a net; (3) spreading the net; (4) pre-wetting; (5) spun-lacing; (6) drying; (7) carrying out vacuum plastic-absorption and molding. The requirements on material molding properties and mechanical properties by the automotive interior surface and industrial standards are sufficiently considered at the beginning of designing, and raw material ratios and a production process are reasonably optimized, so that collaboration of design, preparation and molding machining of a composite material is realized. Compared with traditional automotive interior surfaces including polyvinyl chloride, polyurethane and the like, the prepared automotive interior surface has the advantages of greenness and environmental friendliness, no odor, excellent elasticity, moderate strength, comfortable hand feeling, high cost performance and the like and is suitable for large-scale industrial production.

The invention discloses a method for preparing calcium aluminate by utilizing aluminum ash and acetylene sludge. The method comprises the following steps: performing catalytic hydrolysis, acidolysis and washing on aluminum ash so as to prepare high-purity aluminum ash powder; performing ball-mill mixing on the high-purity aluminum ash powder and acetylene sludge, performing compression molding onthe mixed powder, and sintering in a sintering furnace to prepare an active calcium aluminate bulk material; crushing and performing ball milling, thereby obtaining the high-activity calcium aluminaterefining agent. The calcium aluminate refining agent prepared by the method disclosed by the invention is excellent in property, and standard requirements of calcium aluminate YB/T4265-2011 for a steel-making slag remover are met. The method disclosed by the invention solves the pollution problems of the aluminum ash and acetylene sludge hazardous/solid wastes to the environment, realizes resource utilization, and has excellent environmental, economic and social benefits.

The invention discloses a method and a device for quickly inputting communication information in a terminal. The method comprises the steps as follows: obtaining attributes of a communication information input field on a display interface in current application program; calling communication information matched with the communication information input field in each application program of the terminal according to the obtained attributes; displaying; receiving a selection instruction of a user to the communication information; and filling the communication information input field with the communication information selected by the user. Through the technical scheme, the technical problem that the conventional scheme is not perfect is solved.

The invention provides a composite phospholipid transfersome which promotes propranolol percutaneous absorption, and a preparation method thereof. According to the invention, two phospholipid materials with different phase-change temperatures, which are dipalmitoyl phosphatidyl choline and soybean lecithin, are adopted as a composite phospholipid material. Compared with a transfersome with a single phospholipid material in prior art, the propranolol composite phospholipid transfersome prepared with the phospholipid material provided by the invention has substantially improved encapsulation efficiency, reduced leakage, improved stability in rat plasma, and substantially improved bioavailability after percutaneous administration. The propranolol composite phospholipid transfersome provided by the invention is especially suitable to be used for treating infantile hemangioma. With the transfersome, propranolol percutaneous administration can be realized, and propranolol can directly act upon a hemangioma affected part. The treatment effect is improved, toxic and side effects are reduced, and children medication compliance can be improved. Also, the invention provides a preparation method of the propranolol composite phospholipid transfersome.

The composition with the function of regulating plant growth and fungicidal action contains nucleotide, fulvic acid, amino acid, chelate of trace element and water, in which nucleotide content is greater than 0.01 wt% of total weight of said composition. The described fulvic acid, amino acid and partial nucleatide are extracted from metabolite of earthworm, and another part of nucleotide is extracted from waste yeast slurry produced by fermentation for making beer, and all the processes for extraction include cell wall-breaking process.

The invention provides a method for preparing a silica aerogel from desilicication liquid of fly ash. The method comprises the following steps: (1) subjecting the desilicication liquid of fly ash and carbon dioxide gas to a carbonization reaction at 0 to 90 DEG C so as to obtain a wet silica gel; (2) carrying out ageing on the wet silica gel and then subjecting the aged wet silica gel to displacement with a solvent so as to obtain displacement liquid and a displaced wet gel; and (3) carrying out aftertreatment on the displaced wet gel so as to obtain the silica aerogel. The method can prepare the silica aerogel with the cheap and easily available desilicication liquid of fly ash as a raw material under cooperation of recycled carbon dioxide, prevents production of a great amount of waste inorganic salt liquid, realizes cyclic utilization of an alkaline solution and combined production of an ultrafine calcium carbonate product, and has the advantages of low cost, no secondary pollution, mild conditions, suitability for industrial application, etc.

The invention discloses an electric furnace steel slag-based cement admixture or concrete admixture comprising the following components in parts by mass: 80-93 parts of ladle furnace refined steel slag, 2-8 parts of phosphogypsum, 5-12 parts of lithium slag and 0-0.2 part of an additive. The invention further provides a preparation method of the electric furnace steel slag-based cement admixture or concrete admixture and an application of the electric furnace steel slag-based cement admixture or concrete admixture in production and preparation of cement and concrete. The electric furnace reduction steel slag is utilized to the maximum extent, byproducts such as phosphogypsum and lithium slag are combined to serve as auxiliary components, the characteristics of self-hydration hardening andhigh adaptability are achieved, the superposition effect and synergistic efficient utilization of multiple kinds of waste are achieved, waste utilization is achieved, environmental protection is achieved, the cost is low, the cost performance is high, and the application prospect is wide.

The invention provides a method for preparing a cementing material early strength auxiliary agent by using industrial waste residues, the method specifically comprises the following steps: calcining desulfurized gypsum at 600-700 DEG C to obtain anhydrous desulfurized gypsum, and mixing the anhydrous desulfurized gypsum with dihydrate desulfurized gypsum to obtain mixed desulfurized gypsum; mixing materials such as slag, waste incineration fly ash, refining slag, mixed desulfurized gypsum, calcium aluminate cement and water, heating to react, drying, and grinding to obtain the early strength auxiliary agent. The early strength auxiliary agent can improve the early strength of the solid waste-based cementing material, has the characteristics of low cost, environmental protection and the like, and a new way is developed for synergistic utilization and synergism of industrial waste residues.

The invention discloses a monorail train contact and non-contact online detection steel beam, and relates to the technical field of train detection, the steel beam comprises a base and a steel beam body fixed above the base, a plurality of horizontal wheel abrasion detection devices, horizontal wheel pressure detection devices, collector shoe pressure detection devices, collector shoe abrasion detection devices and at least one walking wheel abrasion detection device facing the upper side are arranged in the steel beam body, wherein the horizontal wheel abrasion detection devices, the horizontal wheel pressure detection devices and the collector shoe pressure detection devices face the front side and the rear side respectively. The horizontal wheel pressure detection device and the collector shoe pressure detection device penetrate out of the side faces of the corresponding sides of the front side and the rear side of the steel beam body. Square holes matched with the corresponding horizontal wheel abrasion detection devices, the corresponding collector shoe abrasion detection devices and the corresponding walking wheel abrasion detection devices in position are formed in the frontside face, the rear side face and the upper side face of the steel beam body. According to the steel beam, online real-time detection is realized, networked, visual, cooperative and integrated management is realized, the manual detection cost and error are reduced, and the detection efficiency is improved.

The invention discloses a high-dimensional dynamic model resolving device and method of an intelligent vehicle chassis domain controller. A driving-braking-steering input module obtains an acceleration signal instruction, a braking signal instruction and/or a steering signal instruction; a power assembly module determines an input parameter according to the obtained instruction, and obtains a driving torque acting on each driving wheel in combination with a wheel speed signal of the vehicle, a system parameter of a power transmission system, a wheel acceleration and a power output torque; a tire longitudinal and vertical module calculates tire longitudinal and vertical dynamic state parameters of each driving wheel according to the driving torque; and a vehicle body high-dimensional dynamics module obtains 15-degree-of-freedom vehicle real-time state parameters of the vehicle by using a high-dimensional model in the intelligent vehicle chassis domain controller and based on the longitudinal and vertical dynamics state parameters of tires of each driving wheel, and the 15-degree-of-freedom vehicle real-time state parameters are used for decision making and execution of a chassis domain controller coordination control module. The precision of the motion state of the whole intelligent vehicle, the digitalization of the drive-by-wire chassis and the collaboration of the intelligent driving domain and the chassis domain are realized.

The invention discloses a method for selectively extracting valuable metals from waste lithium ion battery powder based on reduced sodium roasting phase conversion. The method comprises the followingsteps: mixing waste lithium ion battery powder and sodium sulfate according to a preset molar ratio, and ball milling for a preset time to obtain a mixture; placing the mixture in an electric furnacefor reductive sodium roasting at a preset temperature, wherein an obtained reductive sodium roasting product is called calcine; leaching the calcine with pure water to obtain a lithium-containing leaching solution and conversion slag; and leaching the conversion slag by sulfuric acid to extract valuable metals such as nickel, cobalt, manganese and the like. The method is simple in flow, low in production cost and high in valuable metal recovery rate; according to the method, lithium is de-intercalated from the battery powder through reductive sodium roasting to form water-soluble lithium sulfate, and selective extraction of lithium can be realized by leaching with pure water; and meanwhile, valuable metal substances such as nickel, cobalt and manganese are converted into low-valence oxideswhich are likely to acid leaching, and favorable conditions are created for recovering nickel, cobalt and manganese through subsequent wet leaching.

The device and method for producing a molten iron by high-temperature smelting of a pre-reduced iron ore. The device for producing the molten iron by high-temperature smelting of the pre-reduced ironore comprises a furnace body, an electrode and a coal-fired spray gun, and a raw material conveying pipeline is inserted into the furnace body; an upper-layer space is provided with a high-temperatureflue gas outlet, an electrode and a coal-fired spray gun, the bottom end of the electrode is located in a slag layer area, a slag discharging port is located in the slag layer space, and a molten iron outlet is in communication with a molten iron layer area; the method for producing the molten iron by high-temperature smelting of the pre-reduced iron ore comprises the following steps that (1) thepre-reduced iron ore and a fusing agent is mixed into a device, (2) a power supply is started, the coal powder is injected, the iron ore is pre-reduced and the fusing agent is molten to form a melt;(3) the iron oxide reacts with the coal powder to generate molten iron and furnace slag, and the electric arc generated through the molten iron to further heat the molten iron; and (4) the temperaturein the smelting process is 1350-1550 DEG C, the slag discharging opening is started to discharge the slag, and then the molten iron outlet is started to discharge the molten iron. According to the device and method for producing the molten iron by high-temperature smelting of the pre-reduced iron ore, the energy consumption is cooperatively utilized, the energy consumption loss is greatly reduced, and the energy utilization efficiency is improved.

The invention discloses an intelligent special operation protection monitoring alarm system, all devices are explosion-proof, wireless, mobile and self-powered, and the intelligent special operation protection monitoring alarm system comprises a management platform, a camera, a plurality of single gas detectors, a portable gas detector, an intelligent bracelet, a safety helmet, a mobile phone, a mobile monitoring terminal and a router. A plurality of single gas detectors, portable gas detectors and cameras are arranged in a field special operation or fire construction area (in a shielded and sealed space dangerous area), and a mobile monitoring terminal and a router are arranged in a monitoring area. Three-dimensional integration of an on-site monitoring area, a mobile phone APP and a central monitoring terminal and alarm, display and storage of intelligent videos and data are achieved, the data are transmitted to the central monitoring terminal and an intelligent mobile phone terminal through a mobile monitoring terminal, and therefore visualization, digitization and collaboration of special operation on-site operation management are achieved. Normative, efficient and safe operation and personnel life protection are ensured.

The invention discloses a method for preparing a ceramsite filter material by synergistically utilizing solid wastes, and solves the technical problems that in the prior art, the doping amount of the solid wastes is small, and high-alumina fly ash is not adopted for preparing a high-performance ceramsite filter material. The method comprises the following treatment steps: S1, raw material pretreatment: taking high-alumina fly ash, red mud and sludge as raw materials for preparing the ceramsite filter material, airing the red mud and the sludge, and grinding to obtain red mud and sludge powder; s2, proportioning 65%-80% of high-alumina fly ash, 5%-25% of red mud and 5%-20% of sludge, and uniformly stirring the prepared mixture in a mixer; and S3, spraying water and granulating to prepare the ceramsite filter material raw material balls. The prepared filter material is high in strength, high in void ratio, large in specific surface area, high in acid and alkali corrosion resistance, basically insoluble in acid and alkali solutions and reusable, all indexes such as the mud content of the filter material meet the standard requirements of CJ/T299-2008 Artificial Ceramsite Filter Material for Water Treatment, and the filter material is a high-quality filter material product.

The invention discloses an application method of a cloud technology in an overload control system, and belongs to the technical field of overload control, and the method specifically comprises the steps: 1, setting a data collection point in a highway toll station; 2, collecting information of vehicles passing through the special truck channel in real time, establishing a cloud platform, and sending the information of the vehicles to the cloud platform; 3, screening the vehicle information in the cloud platform to obtain suspicious vehicle information; 4, establishing a block chain platform, and sending the suspicious vehicle information to the block chain platform for uplink; generating a unique first identification ID, and sending the first identification ID to a cloud platform for sharing; 5, setting a suspicious vehicle detection point, detecting a suspicious vehicle, and obtaining detection data; 6, sending the detection data to a cloud platform, and sending the detection data to a block chain platform for uplink; and generating a unique second identification ID, and sending the second identification ID to the cloud platform for sharing.