206results about How to "Rich in channels" patented technology

The invention discloses a WeChat marketing service platform. A management module is used for businesses using WeChat marketing service platform accounts to add WeChat official accounts and modify password setting, view background operation settlement and platform announcement, and carry out renewal management and SMS top-up on WeChat marketing service platform accounts. A basic setting module is used for setting the basic content of WeChat official accounts. A WeChat mall module is used for providing a systematic mall system for online transaction of WeChat official accounts. A micro official website module is used for businesses to set a micro official website style according to a template provided by the WeChat marketing service platform or a custom template. A micro activity module is used for businesses to set marketing activities to attract more fans. The WeChat marketing service platform is a service platform which can be understood and used by users easily and allows users to carry out marketing easily. The platform can realize precision marketing, help enterprises to establish a brand quickly, enable enterprises to better face the consumers and market in tens of millions of marketing tides and reduce labor cost, and maximize the effectiveness of WeChat.

The invention relates to a public service management system based on government cloud. The public service management system comprises a three-tier service framework and a public service integrated management system. The three-tier service framework successively comprises a presentation layer, a business logic layer and a data access layer from top to bottom. The presentation layer comprises a web system, a mobile phone APP and a self-service terminal. The business logic layer comprises a village and town basic information system, a social conflict resolution system, a grassroots party building system, a convenience service system and a government service system. The data access layer provides basic data and a data structure for data collecting, settling and analyzing, and provides the data support service for the business logic layer. The public service integrated management system comprises user right management, service guide management, payment management, reservation information management, process management, early warning management, information release management and service access management. The public service integrated management system provides effective management means and functions for normal operation of the system and normal processing of businesses.

The invention discloses a method for preparing monodisperse carbon microspheres by using cane sugar as a carbon source. According to the method, cane sugar is used as the silicon source, sodium polyacrylate is used as a dispersing agent, and after the hydrothermal reaction at the certain temperature, the monodisperse micron-sized carbon sphere is obtained. A one-step hydrothermal method is adopted in the method for preparing the monodisperse carbon microspheres, and sodium polyacrylate is used as a dispersing agent, and has an important effect on the particle diameter, the dispersity and the surface appearance of the carbon microspheres; the carbon microspheres are solid and have relatively rough surfaces, and can obtain lots of aperture passages through simple high temperature processing; the obtained carbon sphere particle diameter range is 1-6 microns, and the carbon sphere particle diameter can be adjusted controllably through experimental parameters such as cane sugar concentration, the reaction temperature and the reaction time; the obtained carbon sphere can be applied to the fields of liquid chromatograph stationary phases, super capacitors, protein separation, enrichment and removal of organic matter in water, and the like.

The invention discloses a production method of a cellulose-based hydrogel adsorber used for treating heavy metal wastewater. The production method of the cellulose-based hydrogel adsorber used for treating the heavy metal wastewater comprises the following steps of placing cotton yarn in cellulose dissolving liquid, and after stirring and dispersing are conducted, conducting freezing to obtain a cellulose solution; adding sodium hydroxide into a mixed solution of dimethyl sulfoxide, epoxy chloropropane and triethylene tetramine, and conducting stirring to obtain a modifying solution; adding a polyvinyl alcohol solution into the cellulose solution, mixing the polyvinyl alcohol solution and the cellulose solution evenly, sequentially adding ammonium persulfate, an acrylic acid monomer and N,N'-Methylenebis(2-propenamide), and conducting stirring and polymerization to obtain a gelatinous polymer; and placing the gelatinous polymer into the modifying solution, conducting soaking, carrying out a heating reaction, and washing a product, which is obtained after the reaction is completed, with alcohol and water repeatedly to obtain the cellulose-based hydrogel adsorber used for treating the heavy metal wastewater. According to the production method of the cellulose-based hydrogel adsorber used for treating the heavy metal wastewater, a large number of amino groups are introduced to the surface of the cellulose-based hydrogel adsorber which is produced by means of cellulose in the waste cotton yarn so that heavy metal ions in the heavy metal wastewater can be efficiently and fast removed, and double purposes of using waste for treating waste are achieved.

The invention provides a cadmium-contaminated soil remediation agent, which consists of the following components by weight ratio: 30-50% of biomass charcoal, 10-20% of iron powder, 10-20% of plant ash, 10-20% of sodium sulfide, Zeolite 10‑20%; the above components fully exert synergistic effects, and through reduction, precipitation, adsorption, improvement, and adjustment of PH value, the effective cadmium in the soil is greatly reduced, and the prepared soil remediation agent can be used to repair cadmium-contaminated soil. With good effect, the restoration agent of the present invention has the advantages of simple preparation method, feasibility and good treatment effect.

The invention provides a sea-urchin-shaped hiberarchy cobaltosic oxide nanosphere and a preparing method thereof. The preparing method comprises the following steps of: mixing cobalt dichloride water solution with glycerol, adding urea into the mixture, reacting, removing impurities, burning, and obtaining the sea-urchin-shaped hiberarchy cobaltosic oxide nanosphere. According to the sea-urchin-shaped hiberarchy cobaltosic oxide nanosphere prepared by the method, the horsehide-shaped hiberarchy has abundant gaps, a large amount of pore ways of which the inner parts are communicated and a larger specific surface area, thus a lot of novel physicochemical characteristics which are generated in a coupling way can be owned, and the sea-urchin-shaped hiberarchy cobaltosic oxide nanosphere can be widely applied to the fields of electrochemistry, catalysis, biosensing, air-sensitive and magnetic materials.

The invention provides a heavy metal contaminated soil remediation agent. The heavy metal contaminated soil remediation agent is prepared from the following raw materials in parts by mass: 50-65 parts of modified biomass charcoal, 20-30 parts of organic matters, 6-15 parts of composite microbial agents, 5-10 parts of polyacrylamide, 12-20 parts of organic fertilizer and 6-12 parts of iron powder, wherein the modified biomass charcoal is obtained by mixing and modifying the biomass charcoal and sodium sulfide, and the organic matters are obtained by mixing humic acid, potassium humate and fulvic acid potassium according a mass ratio of (2 to 4):(6 to 8):3. The invention also provides a preparation method of the heavy metal contaminated soil remediation agent. According to the heavy metal contaminated soil remediation agent provided by the invention, the preparation process is simple; the conditions are mild; the removal rate of heavy metal in soil after remediation is high; the soil remediation effect is good; the heavy metal contaminated soil remediation agent has relatively high practical significance.

The invention provides a soil remediation agent. The soil remediation agent is composed of, by weight, 10-25% of hydroxyl calcium phosphate, 30-45% of biomass charcoal, 10-15% of sodium sulfide, 10-15% of sodium bentonite and 10-15% of ammonium phosphate. The soil remediation agent is effective in remediation of soil contaminated by cadmium, lead, zinc, arsenic, copper and mercury.

The invention relates to a preparation method of a microporous carbon material. The method comprises the steps of; weighing a phenolic compound,a formaldehyde solution, water and sodium carbonate in a weight ratio of 1:4-7.5:60-90:0.01-0.015, mixing, reacting at 85 DEG C for 45-120 min, and then cooling to room temperature to obtain a phenolic prepolymer solution; then weighing polyhydroxy acid, zinc chloride, hydrochloric acid and water in a weight ratio of 1:0.4-3:5-7.5:15-25, and mixing to obtain a mixed solution; weighing the mixed solution and the phenolic prepolymer solution in a weight ratio of 1:2-6, adding the mixed solution into the phenolic prepolymer solution, mixing evenly, conducting a polymerization reaction at 85 DEG C for 2-4 days, cooling to room temperature after the reaction, washing the products with a solvent with low surface tension for 2-5 times, and then drying at 40-100 DEG C for 2-24 h to obtain solid blocks; heating the solid blocks to 900-1000 DEG C for carbonization, with heating rate of 0.5-10 DEG C / min in a tube furnace under protection of inert gas; and finally naturally cooling to a room temperature to obtain the microporous carbon material. According to tests, the obtained microporous carbon material has regular microporous structure and specific surface area higher than 1000m<2> / g.

The invention discloses a preparation method for a novel nano-silver wire. The preparation method comprises the following steps: taking a sliver salt or silver amide complex, adding a solvent for dissolving to obtain liquor A; taking organic substances, adding the solvent for dissolving to obtain liquor B; mixing the liquor A with the liquor B, stirring until dissolving completely; adding a complexing agent, uniformly stirring, stewing and layering to obtain liquor C; taking the liquor C as an electrolyte, inserting an anode to a water layer of the electrolyte, inserting a cathode to an oil layer of the electrolyte, carrying out electrolytic reaction for 1-30 minutes under the condition that voltage is 1-50V; flushing the reacted cathode polar plate by distilled water, naturally drying at the room temperature to obtain the nano-silver wire. The thickness and slenderness ratio of the nano-silver wire can be conveniently controlled by electric fields, so that the controllable growth of a nano structure is realized; morphology of the generated nano-sliver wire is controllable by regulating the current density, voltage and reaction time, and the novel nano-silver wire can be synthesized by a nano-silver wire with the diameter of 1-50nm and a nano rod. The preparation process is simple and low in cost, and efficiency for synthesizing the nano-sliver wire and the nano rod is higher.

The invention relates to a method for high-yield plantation of Salicornia and soil fertility improvement of coastal mud flat, which comprises the following steps: leveling mud flat salinized soil, furrowing and ditching; applying organic fertilizer into the mud flat salinized soil to fertilize soil; after applying the organic fertilizer into soil, sowing and earthing, which comprises mixing Salicornia seeds with fine sand and uniformly sowing the seeds into ditches; before emergence of seedlings of Salicornia, adopting seawater for irrigation, keeping the soil to be moist, and adopting seawater for irrigation within three weeks after the emergence of seedlings; after the three weeks after the emergence of seedlings, applying urea as topdressing, and applying fertilizer for three times during a growth period; and after applying fertilizer, immediately adopting fresh water for irrigation, after applying fertilizer during the growth period, adopting the fresh water for irrigation for three times, adopting the seawater for irrigation during other periods, and maintaining the soil to be moist. The method has the advantages that the yield of vegetables in salinized soil can be increased, and the nutrition quality is improved; the soil fertility cultivation of saline-alkali soil can be sped up, and the water sources can be saved; the raw materials has wide sources, and are easy to obtain; the development of coastal mud flat planting can be improved, the ecological environment can be improved, and the economical benefit can be increased; and the popularization prospect is wide.

The invention relates to an alkali treatment modification method for forming an alpha-alumina carrier of a silver catalyst used for producing ethylene oxide through ethylene oxidation. The method has the beneficial effect of increasing the pore canal of the carrier by treating the formed alpha-alumina carrier with an alkaline solution at a certain concentration under the heating and stirring conditions. The silver catalyst prepared from and supported by the alpha-alumina carrier prepared by the method is beneficial to diffusion of reaction products. The modified alpha-alumina carrier shows good selectivity when applied to the reaction process of producing ethylene oxide through ethylene oxidation.

The invention provides a heavy metal polluted soil remediation agent which is prepared from, by weight, 30-50% of biomass charcoal, 10-30% of alpha-cyclodextrins, 10-20% of zeolite, 5-10% of polyacrylamide, 5-10% of glucose and 5-10% of sodium sulphide. The preparation method comprises the steps that the biomass charcoal, the alpha-cyclodextrins, the zeolite, the polyacrylamide, the glucose and the sodium sulphide are evenly mixed according to the mass ratio, and therefore the soil remediation agent is prepared. The obtained soil remediation agent has the good effect on remedying cadmium, lead, zinc and copper composite polluted soil, and has the advantages that the method is simple and feasible, and the treatment effect is good.

The invention discloses a method for preparing a vanadium phosphorus oxide catalyst. The method comprises the following steps: (1) mixing ionic liquid I and vanadium pentoxide, adding the mixture intoan impinging stream reactor, a boiling-bed reactor or a high gravity reactor, raising the temperature and reacting; (2) introducing concentrated phosphoric acid into the reactor, reacting for 2-4 hours, introducing ionic liquid II for continuously reacting for 2-4 hours, filtering, drying and calcining to obtain a vanadium phosphorus oxide catalyst precursor, and activating and molding, thereby obtaining the catalyst. The vanadium phosphorus oxide catalyst prepared by the method disclosed by the invention has dual pore channel distribution, the ionic liquid serves as the solvent and reducingagent, and the usage amount of the solvent and reducing agent is effectively reduced; with the adoption of the impinging stream reactor, the reaction time is short, the mass transfer effect is excellent, the reaction efficiency is high, and the production cost is saved.

The invention discloses a preparation method for aromatic and bacteriostatic chitosan-based wound dressing. The preparation method comprises the following steps: mixing tea tree essential oil, menthol and folium artemisiae argyi essential oil according to a certain proportion to obtain a natural aromatic bacteriostatic agent; coating lipidosome with the natural aromatic bacteriostatic agent to obtain aromatic and bacteriostatic lipidosome; dispersing the aromatic and bacteriostatic lipidosome into a chitosan-sodium alginate-gelatin solution, and performing freeze drying according to certain process to obtain the aromatic and bacteriostatic chitosan-based wound dressing. The aromatic and bacteriostatic chitosan-based wound dressing is of a porous structure and efficient in bacteria capturing effect, lasting, broad-spectrum, efficient and antibacterial, good in slow release and antibacterial performance, hemostasis, water absorption and gas permeability and good in biocompatibility, has certain mint flavor, and has obvious curative effect in large wounds and burns.

The invention discloses a preparation method for an N-doped nanometer hollow carbon sphere. The method comprises the following steps: firstly, mixing ammonium hydroxide of a certain volume concentration, absolute ethyl alcohol and deionized water; placing the mixed solution onto a magnetic stirrer for stirring; adding a certain volume of ethyl orthosilicate into the mixed solution, continuing to put onto the magnetic stirrer and fully stirring the solution, thereby acquiring the silicon dioxide sphere; preparing dopamine hydrochloride solid into a solution with a certain concentration, dropwise adding the solution into the mixed solution, putting onto the magnetic stirrer and stirring; using a high speed centrifuge for centrifugally separating and cleaning the solution after the ending ofsolution, and then putting the solid into a drying oven for drying; calcining the solid under a nitrogen environment under high temperature and putting into a hydrofluoric acid with a certain concentration for etching; lastly, washing and drying the etched solid, thereby acquiring the N-doped nanometer hollow carbon sphere. The preparation method is simple, high in operability and pollution-free;the material has the advantages of porosity, abundant ducts, large specific surface area, and the like; the N-doped nanometer hollow carbon sphere can be used as an electrode material in a supercapacitor and meanwhile can be used as an adsorbent for absorbing bisphenol A, so that the material is multifunctional.

The invention relates to the technical field of materials and discloses a preparation method of a porous fiber-based aerogel adsorbent. The method comprises the following steps: 1) placing cellulose in a cellulose dissolving liquid, dispersing and freezing until cellulose is completely dissolved, so as to obtain a cellulose solution; (2) adding APS into the cellulose solution to initiate free radical, stirring and initiating, adding acrylic acid, acrylamide and N,N-methylene bisacrylamide, stirring and polymerizing to obtain a gelatinous polymer; and (3) repeatedly washing the gelatinous polymer by using alcohol and water, and freeze-drying to obtain the porous fiber-based aerogel adsorbent. Through the molecular designing, a functional group is introduced into the cellulose molecules, andthrough process control, the cellulose-based absorbent material with high-efficiency adsorption property is obtained, and the dual-purpose of using wastes to treat wastes by combining recycling of cellulose-containing spinning waste resources and efficient and rapid removal of dyes in dyeing wastewater is achieved.

A related method for processing reverse-osmosis concentrated water through catalytic ozone oxidation: dipping peanut shell powder in a phosphoric acid solution with the concentration of 60% according to the solid-liquid ratio of 1:1-1:3, transferring the material solution to a crucible for activation, cooling, washing with a hydrochloric acid solution with the concentration of 1%, washing with deionized water to get a pH value of 7, putting in a baking oven, baking at 105 DEG C to obtain a constant weight, performing grinding or ball-milling crushing and screening; dipping peanut shell activated carbon in a transition metal ion solution with the mass concentration of 0.1-10% according to a solid-liquid ratio of 1:1-1:10, baking to dry, roasting and grinding; adding into an ozone oxidation sewage processing system containing the reverse-osmosis concentrated water, and controlling the ozone oxidation sewage processing temperature to be 5-35 DEG C; and after processing is finished, separating out the peanut-shell-active-carbon-supported metal ion catalyst for next time of the catalytic process. The catalyst employed in the method is abundant in channel, large in specific surface area and more in surface active group, and has relatively strong adsorption and catalytic effects on organic pollutants in sewage.

The invention discloses an ultrafast-response overcharge-prevention electrochromic device and a preparation method thereof. The ultrafast-response overcharge-prevention electrochromic device comprisesa first transparent electrode, an ionic conduction layer, an organic electrochromic layer, an inorganic electrochromic layer and a second transparent electrode which are arranged in a sequentially laminated way. The ultrafast-response overcharge-prevention electrochromic device has the following beneficial effects that (1) the ionic conduction layer has the great pore diameter and is provided with many pore passages and facilitates positive ion transmission, so that the response speed of the device is accelerated; (2) the cooperative action of a plurality of positive ions is realized in the electrochromic process of the electrochromic device, so that the device has very high regulation capability; (3) in the ultrafast-response overcharge-prevention electrochromic device, a resin layer perse has good insulation capability, so that the electricity leakage can be prevented without adding an electron blocking layer; and (4) the wetting performance of a solid-liquid interface is better than that of solid-solid interface contact, so that the steric hindrance between interfaces is reduced, and the very high coloring efficiency is realized.