181results about How to "Meet industry needs" patented technology

The invention discloses an electronic commerce system which comprises a personal information management module, a commodity browsing and searching module, a commodity purchasing module, a commodity managing module, an order managing module, a statistical report module and a user management module. Starting from the characteristics of electronic commerce, the invention analyzes and does research on the background for an enterprise to develop such a system so that the system can meet the industrial requirement more. As key technologies for developing and designing the electronic commerce system for an enterprise are analyzed, a free open source based PHP+MySQL development program is determined. Through the use of an increment development model, the system's security, flexibility, and operational feasibility are improved and developers can correct the system, expand the system and cooperate with each other more conveniently.

This invention relates to an organic material used in pipeline repairing exercises and its preparation method, in which, the organic material is divided into basic material and solidifier characterizing that the composition of the base material is: liquid state bisphenol type-A epoxy resin, liquid state modified rubber elastomer, a liquid modified PUR elastomer, inorganic filler and gas-phase method SiO2, the composition of the solidifier is: alicyclic amine solidifier, PA solidifier and modified fat group amine solidifier, which is good in toughness, high anti-pressure strength, high strength in adhering metals, extremely low retraction rate before and after the solidifying.

The invention provides a low-temperature type vanadium catalyst for catalyzing SO2 oxidizing reaction, which comprises kieselguhr, vanadium pentoxide, potassic sulfate, sodium-contained sulfate and cesium sulfate. The catalyst has excellent catalytic activity. The invention also provides a preparation method of the vanadium catalyst for catalyzing the SO2 oxidizing reaction. The method directly adopts a mixed milling method to prepare the vanadium catalyst without acid treatment or a vanadium oxidizing process or a neutralization process, and thereby, not only is the production flow shortened but also acidic waste water can not be generated. The catalyst has environmental friendliness.

The invention discloses an Eu < 2 + >-doped blue-light fluorescent material, a preparation method thereof and a white-light LED light-emitting device, and belongs to the technical field of light-emitting materials. The chemical composition formula of the red phosphor is RbBaBP2O8: xEu < 2 + >, wherein x is more than or equal to 0.01 and less than or equal to 0.10. In addition, the invention also discloses a preparation method of the blue-light fluorescent powder. The novel blue-light fluorescent powder disclosed by the invention is single in phase, excellent in thermal stability, high in luminance, good in temperature quenching characteristic and relatively wide in excitation and emission range, and the fluorescence can be kept at 80.6% of the original intensity at 200 DEG C. The preparation method of the fluorescent powder is simple, easy to operate, pollution-free and cheap in raw materials. A warm white light LED manufactured by combining the blue light fluorescent powder and the existing commercial red light and green light fluorescent powder is high in luminance, good in chemical stability and wide in excitation and emission range. In addition, the blue light fluorescent powder is good in color rendering performance, high in energy conversion rate and good in color temperature uniformity, and can meet the requirements of the lighting field.

The invention provides a wall breaking agent for sludge and a preparation method of the wall breaking agent. The wall breaking agent is prepared by compounding a targeting agent, a bactericide, a penetrating agent and a cross-linking agent in sequence and proportion. According to the provided hydrophobic skeleton and preparation method, biomass powder or treated modified dry sludge is used as a filler base material, and the wall breaking agent is dried and loaded on the filler base material to be mixed and prepared. The invention also provides a sludge reduction method for a sewage plant, which comprises the following steps: increasing the solid content of water-containing sludge to 4-5%, adding the wall breaking agent, adding a hydrophobic skeleton, uniformly stirring them, carrying out areaction process, carrying out pressure filtration dehydration on the obtained mixed liquid to obtain sludge cake with the water content of 45-48%, carrying out mud cake recovery, outward transport landfill or incineration, or selection of a part of sludge as a filler base material in the hydrophobic skeleton, and recycling a filter pressing liquid as a carbon source for a sewage treatment system. According to the method, the floc structure of the sludge can be fully destroyed, the water content of the dewatered water-containing sludge is reduced with low energy consumption and cost, microorganisms can be killed, odor can be removed, toxic substances in the sludge can be adsorbed, and treated solids and liquid can be recycled.

The invention discloses a preparation method of peeled rapeseed oil. The preparation method comprises the following steps of sorting to remove impurities, peeling, separating, flaking, steaming and frying, mixing, pressing, filtering, and settling, so as to obtain a finished product. The prepared peeled rapeseed oil has the advantages that multiple nutrient ingredients in rapeseed are maintained, and the oil product is more fragrant. The preparation method has the advantages that the harmless and pollution-free are realized, the pure physical pressing is adopted, the industry requirement is met, and the economic and social benefits are obvious; meanwhile, the pigment is reduced along with the peeling, the content of crude protein in the peeled rapeseed oil is effectively improved, the anti-nutrient factors of sinapine, tannin and the like in meal are reduced, and the utilization value of the meal is improved.

The invention discloses a method for treating pickle wastewater. The method comprises the following steps: (1) cultivating and domesticating special halotolerant bacteria; (2) feeding the pickle wastewater into a grid well to primarily eliminate suspended solids; (3) conveying the wastewater inside the grid well into a conditioning pond for physical sedimentation, and stirring so as to ensure that the water quality is balanced; (4) feeding the wastewater into an anaerobic system to be treated so as to degrade and decompose organisms; (5) feeding the wastewater into an aerobiotic biochemical system for secondary aerobic anoxic treatment, further decomposing the residual organisms by using aerobic halotolerant bacteria and anoxic halotolerant bacteria respectively, and balancing the water quality; (6) performing solid-liquid separation in a secondary sedimentation tank to settle down sludge, and performing filtering treatment in a carbon filtering tank so as to ensure that the effluent is clear in quality. The method is compact in arrangement, the land is saved, impurities such as suspended solids and organisms in the pickle wastewater are sequentially eliminated, the effect of final sewage treatment is greatly improved, and a great deal of expense for extra treatment is saved for companies.

A making method of ceramic substrate includes the following steps: providing at least one graphite substrate and a ceramic structure, then overlapping the ceramic and graphite substrate and sintering the layers of ceramic substrate and graphite structure finally. In addition, the invention also provides a ceramic substrate consisting of at least one ceramic substrate and one graphite structure, and the ceramic substrate is formed by sintering the aforementioned structural layers.

The invention discloses a harmless treatment method for metal lithium. The method comprises: (1) reacting metal lithium and an atomized reactant to obtain a lithium-containing mixture; (2) immersing the lithium-containing mixture obtained in the step (1) into a reactant to carry out a reaction to obtain a lithium-containing solution. The reaction process is controlled by controlling the dosage ofthe atomized reactant, and a passivation layer generated by the atomized reactant and the metal lithium covers the metal lithium to retard the reaction process; after the lithium-containing mixture which is incompletely reacted is immersed into the reactant for neutralization, the passivation layer is dissolved into the reactant, and the metal lithium in the passivation layer solution reacts withthe reactant. The reaction process is controlled by substep control, the severity of the reaction is controlled, and safety of harmless treatment of the metal lithium is improved. Through feeding carbon dioxide, frequent treatment or adjustment of the component concentration of the passivation layer in the reactant is avoided, and lithium carbonate which can be easily and safely recovered is obtained.