105results about How to "Promote coordinated development" patented technology

The invention belongs to the field of construction materials and particularly relates to novel foam high-polymer composite and a production method. The novel foam high-polymer composite comprises 10-90 parts of thermoplastic plastics, 0.5-3 parts of plasticizer, 0.5-3 parts of flexibilizer, 0.5-3 parts of tackifier, 0.3-2 parts of internal and external lubricant, 0.5-3 parts of stabilizer, 0.5-5 parts of crosslinking modifier, 0.5-12 parts of regulator, 0.5-5 parts of foaming agent, 0.5-3 parts of filler, 0-20 parts of flame retardant, 10-90 parts of inorganic powder and pigment in proper quantity. The novel foam high-polymer composite in the technical scheme is energy-saving, emission-reducing, acid-resistant and alkali-resistant, weak in temperature sensitivity and excellent in physical and chemical performance.

The present invention discloses an integration method of large-scale coastal newly reclaimed beach agricultural land ecologicalization exploitation, and belongs to the field of agricultural land ecological exploitation. The integration method mainly comprises four links including the space planning technology, the land consolidation technology, the soil improvement technology and the ecological management and protection technology of coastal beach agricultural land exploitation, and the four links commonly form the comprehensive control integration technology (system) of coastal large-scale newly reclaimed beach agricultural land ecologicalization exploitation. By adoption of the integration technology, the coastal soil salinization problem can be expected to be radically solved in 3-5 years. On the basis of coastal beach space planning and land consolidation, the target of coastal saline land improvement can be rapidly achieved by utilization of the modes including natural desalination, irrigation and loosening desalination and green manure back to field, and requirements of agricultural land exploitation are satisfied.

The invention belongs the virtual simulation technical field, in particular to a macroscopic, mid-scope and microscopic multilevel urban parking demand prediction model integrated system, which comprises a system data module, an urban overall parking demand macroscopic prediction module, a comprehensive development sharing parking demand mid-scope prediction module and a parking garage entrance service level microscopic analysis module, wherein the system data module is used for importing and storing parking demand prediction data; the urban overall parking demand macroscopic prediction module is used for predicting the overall parking demand; the comprehensive development sharing parking demand mid-scope prediction module is used for predicting the largest parking demand of each block and is connected with the urban overall parking demand macroscopic prediction module; the parking garage entrance service level microscopic analysis module is used for predicting a parking garage entrance service situation; and the three prediction modules are respectively connected with the system data module. The macroscopic prediction module not only considers the parking demand of traveling vehicles, but also considers the parking demand of the vehicles which are not on trip, the mid-scope prediction module considers the shared parking demand of multi-nature buildings under the reachability situation of buses, bi-directional correction of the prediction results of the macroscopic, mid-scope and the microscopic modules can be realized, the system quantitatively predict the parking demand of different cities of different levels so as to provide important support for different parking researches.

The invention provides a method for manufacturing a soybean protein modified adhesive formaldehyde-free medium-density fiberboard, and belongs to the technical field of density fiberboard manufacture. The method comprises the following steps: heating, stirring and mixing raw materials (soybean pulp, a denaturing agent, a crosslinking agent, a defoaming agent, a preservative and water) to react; preparing the soybean protein formaldehyde-free adhesive by virtue of a colloid mill and a homogenizer; adding a water-proofing agent, a curing agent and a buffering agent into the soybean protein formaldehyde-free adhesive, stirring and mixing at room temperature, and uniformly mixing with wood fibers; performing drying, paving and hot-pressing to prepare the soybean protein modified adhesive formaldehyde-free medium-density fiberboard. The method is environment-friendly and non-pollution; the soybean protein modified adhesive formaldehyde-free medium-density fiberboard is high in adhesion strength, good in water proofing, low in price, low in viscosity and easy to treat and process, can be subjected to hot-pressing and cold-pressing in application, and is not easy to crack. The soybean protein modified adhesive formaldehyde-free medium-density fiberboard can be adhered to fibers and the like, and the processing process can be controlled, and an environment-friendly fiberboard can be manufactured.

The invention provides a new method for mining an open-pit mine sidewall mineral below construction. The new method comprises: dividing each ore layer of the open-pit mine sidewall mineral below construction into a plurality of linear mining caverns along the inclination or trend of an ore body according to set width and height, and numbering in sequence; using mining equipment to first mine odd or even mining caverns, reserving odd or even mining caverns between even or odd mining caverns as ore pillars, performing mining-filling parallel operation on even or odd mining caverns, and filling the mined mining caverns in sequence after satisfying a filling space; when fillings in two adjacent mining caverns are solidified, then mining a mining cavern between the two adjacent mining caverns,and also performing mining-filling parallel operation on mining caverns to be mined later until multi-segment mining and filling of the various layers and thick ore bodies are completed. The mining method provided by the invention improves the strength of supporting a sidewall, reduces the risk of sidewall collapsing and landslide, has a high mineral recovery rate, and reduces pollution to environments such as atmosphere and soil.

The invention discloses an abandoned wind electric quantity estimation method, which comprises the following steps of: firstly determining load capacity at every calculation moment, determining the starting capacity of a non-wind power generation unit according to a daily maximum load, determining wind power abandoned wind electric power at every moment according to a minimum load and power output characteristics of the non-wind power generation unit and a wind power generation unit, and performing time integration on the abandoned wind electric power to obtain an abandoned wind electric quantity, wherein the calculation moment is defined in a way that a piece of data is stored every several minutes by an expanded memory system (EMS), and a moment corresponding to each piece of stored data is called as the calculation moment. The abandoned wind electric quantity estimation method mainly aims to solve the problem of difficulty in the peak load regulation of power grids with an undiversified power structure in certain regions in China along with the rapid development of wind power generation. According to the method, the abandoned wind electric quantity of wind power generation in the next year can be judged to a certain extent, the wind power generation can be guided to be rationally developed, and the coordinated development of the wind power generation and the power grids can be promoted.

The invention provides water-based drilling fluid solid-liquid separation equipment and method. A flocculant and the like are added into the pretreated water-based drilling fluid waste, and the water and solid phase are centrifuged and separated out through a centrifuge to realize solid-liquid separation. The separated wastewater reaches the standard after secondary flocculation and filtration treatment and can be recycled at the well site or discharged, and the separated waste residue reaches the standard for stacking after curing treatment. After the water-based drilling fluid waste is treated by the method, the main pollutant indexes of the leachate of the wastewater and waste residue reach the GB8978-1996 Integrated Wastewater Discharge Standard (second-level requirements).

The invention relates to a scientific and technological achievement transformation information system. The scientific and technological achievement transformation information system comprises the components of a scientific and technological achievement issuing module; a scientific and technological achievement evaluating module; a patent instruction module; a scientific and technological achievement market information module; a scientific and technological achievement transaction structure module; a scientific and technological achievement transaction contract module and a contract monitoring and licensing fee management module. The scientific and technological achievement transformation information system can realize professional full-course management on scientific and technological achievements of colleges and research institutes. After invention evaluation by professional managers, effective classification for the scientific and technological achievements can be realized. No patent application is suggested for the inventions without market value. Experiment supplementing and invention perfection by an inventor are suggested for the inventions which have the market value and no perfect technology which is not enough for patient application. Patent application and enough patent quality management are suggested for the inventions which have the market value and perfect technique, and furthermore market popularization is suggested. The scientific and technological achievement transformation information system has functions of improving utilization efficiency for resource, improving scientific and technological achievement management level, promoting transformation of the scientific and technological achievements to an actual productivity, and finally promoting coordinated development between economic and technology.

A USR (Upflow Solids Reactor) fermentation technology method belongs to the technical field of a fermentation technology. A USR fermentation technology is adopted; organic matters and ions capable of stimulating growth of crops are refined from feces of livestocks and poultry by fermentation, and methane is applied to living electricity utilization and production electricity utilization at the same time. According to the USR fermentation technology method, harmonious development of organisms, an ecological environment, energy sources and an economic benefit is facilitated; circulation factors are added; a biologic chain and a benefit chain are prolonged; living and ecological environments are improved; a radiation function is enhanced; and an enterprise is driven to change into ecotypic production integrated with breeding, cultivating and processing from original cultivation, so that the economic benefit of the enterprise is improved, and advantages are created for expanded reproduction of the enterprise.

The invention discloses an active gridding planning method based on distributed power supply access. The method comprises the following steps: S1, analyzing current situations of economy, a power supply and a power grid in a planning area; S2, performing gridding division on the planning area, and determining a power supply type planning target in each grid; S3, predicting power demand and distributed power supply in each power supply grid in the long-range years, and analyzing the influence of distributed power supply access on load prediction; S4, determining power distribution network gridding planning schemes under various situations according to the power demand and the distributed power supply prediction result; S5, analyzing the current situation of the absorption capability of thepower grid distributed power supply, and formulating a transition grid scheme; and S6, analyzing the investment and construction effects of the active gridding plan. Through resource assessment, consumption analysis and targets and transition grid formulation of distributed power supply, orderly construction of the power distribution network is guaranteed. Full access and full consumption of the distributed power supply are achieved, and coordinated development of new energy and power grids is promoted.

The invention discloses an environment-friendly agricultural production method. The production method comprises the following steps: pasture is planted on a grassland, crops are planted in a farmland, cattle and sheep are stocked on the grassland to eat the pasture, grains and straws obtained by crop planting are used for feeding livestock and poultry, excrement generated by the livestock and the poultry is used for fertilizing the grassland and the farmland or being put into a biogas digester for fermentation, and the obtained biogas residues and biogas liquid can be used for fertilizing; the straws of the crops and the excrement of the cattle and the sheep are used for breeding earthworms; the bred earthworms are extracted to obtain a plant growth substance and protein feed. According to the agricultural production method provided by the invention, chemically synthesized pesticide, chemical fertilizer and feed additives are not used, so accumulation of antibiotics is reduced, pollution is avoided, the quality of agricultural products is guaranteed and human health is benefited; the method is a high-quality, efficient, energy-saving and environment-friendly agricultural production method.

The invention discloses a method for preparing microcrystalline cellulose taking xylose residue as a raw material and belongs to the technical field of chemical fibers. According to the method, scraps generated in xylose production, namely, xylose residue, is taken as the raw material, and hydroxyl radical reactive oxygen is taken as a chemical agent and is utilized for dissolving the xylose residue to prepare the microcrystalline cellulose through catalysis, oxidization and bleaching technologies. The method comprises the following technical steps of: (1) preparation of the chemical agent, (2) dilution and impurity removal, (3) separation and dehydration, (4) vacuum drying, (5) catalytic oxidization, and (6) washing, drying and smashing: drying and smashing collected cellulose samples, so as to obtain a microcrystalline cellulose product for synthetic leather. According to the method disclosed by the invention, the problems of low resource utilization rate, serious environment pollution and the like in the corncob industries at present are solved, the production cost is reduced greatly, the harmonious development of resources and environments is promoted, and therefore, the method has important popularization and application values as well as a wide market prospect.

The invention provides a flame-retardant high-polymer composite material. The material is characterized by being prepared from an environment-friendly brominated flame retardant, graphene nano-platelets and an auxiliary dispersant, wherein the high-polymer material is polystyrene. The graphene nano-platelets are creatively added into the flame-retardant material and the adding mount is accurately limited; the graphene nano-platelets belong to condensed-phase flame retarding and a network structure is mainly formed in a combustion process, so that the material represents a solid-like behavior in a combustion process; the network structure can effectively inhibit thermal motion of a polymer molecular chain and the exchange of gas and heat is stopped. In view of the flame-retardant effect, only a few of graphene nano-platelets are added and the heat releasing speed and the smoke density of a polymer can be remarkably reduced; unpredicted technical effects are realized.

The invention relates to a method for selecting and adjusting a conventional bus route along a rail transit line. The method specifically comprises a method for selecting a conventional bus route to be adjusted along a rail transit line based on a generalized travel time cost and travel time saving proportion model. According to the method, a common line segment generalized travel time cost and travel time saving proportion model of conventional buses and rail transit is constructed. The time effectiveness of the common line segment of the rail transit relative to the conventional buses is evaluated, and to-be-adjusted conventional bus lines are screened out. The invention discloses an endpoint line adjustment method based on a station importance mean value and a unilateral confidence interval. Station importance is calculated on the basis of conventional bus line transfer passenger flow. Whether an endpoint line is an important line or not is evaluated, and whether an important station exists in a non-important endpoint line or not is evaluated at a certain confidence level. An adjustment principle of the endpoint line is formulated by combining the length of the endpoint line. According to the invention, coordinated development of rail transit and conventional buses can be promoted, and a basis is provided for urban public transit development decisions.

The invention relates to a large-cross-section carbon-fiber-composite-core semi-hard aluminum lead comprising a carbon-fiber composite core rod and a plurality of semi-hard aluminum wire layers twisted outside the carbon-fiber composite core rod. The carbon-fiber composite core rod includes a composite-material inner core and a glass-fiber composite material layer coating the composite-material inner core. The semi-hard aluminum lead has advantages of high carrying capacity, high strength, low sag, and low usage cost; and the tower number is reduced. The large-cross-section carbon-fiber-composite-core-included semi-hard aluminum lead applied to a large-cross-section carbon-fiber composite core widely is capable of creating great economic and social benefits to build the strong smart grid, realizing cleaning replacement, and promoting energy conservation and environment protection. With development of the ultra-high-voltage grid, the semi-hard aluminum lead has the great significance in stimulating the domestic demand and economic growth, leading the transformation and upgrading of the equipment manufacturing industry, promoting coordinated development between the western and eastern regions, increasing employment, and treating the atmospheric contamination.

The invention belongs to the technical field of network information systems, and discloses a university science and technology park digital information management system comprising an enterprise management module used for examining and approving enterprises which do not enter a science park; the scientific and technological achievement and conversion module is used for managing and counting scientific and technological achievements and conversion conditions thereof; the enterprise demand management module is used for managing demands submitted by science park enterprises; the project library management module is used for managing project application information and project establishment information of teachers or science park enterprises; the expert database and review module comprises anexpert database management sub-function module and an expert review sub-function module; and the intellectual property service module comprises a patent application agency service sub-function moduleand a proposal/teaching material publishing service sub-function module. The system gathers various resources, builds a communication bridge for scientific and technological achievements and enterprise demands, promotes the combination of industry, universities and studies, and achieves the efficient combination of science and technology and economic benefits.

The present invention relates to a generated energy distribution method and system of generator sets in an electric power market. The method comprises the steps of initializing the generated energy of the generator sets of various types; calculating a preset objective function according to an MOPSO algorithm to obtain the first generated energy of the generator sets of various types; determining a disturbance interval according to a preset transaction electric quantity total load upper limit and the transaction price upper limits of the generator sets of various types, and selecting a numerical value as the fitness function value from the disturbance interval; updating the first generated energy of the generator sets of various types to the second generated energy to obtain the differences of the first and second generated energy of the generator sets of various types; comparing the sum of the differences and the fitness function value with zero to determine the corresponding optimal generated energy and whether to disturb continuously. According to the present invention, the optimal generated energy of the generator sets of provinces and regions, which enables the transaction social benefit to be maximum and the discharge capacity to be minimum, is searched under relevant constraints.

The invention discloses a water environment bearing capacity assessment early warning regulation and control method. The method comprises the following steps: setting three assessment indexes of a water environment, water ecology and water resources; carrying out environment bearing state and corresponding early warning grade division on the water environment; establishing a water environment bearing capacity evaluation pre-model; evaluating evaluation index data in a future preset time period and a corresponding early warning level; and regulating and controlling the evaluation indexes with high early warning levels in the future preset time period. According to the method, the coordination degree of water environment pollutant holding and purifying capacity, water resource endowment and utilization conditions, water ecological organism and physical habitat health and the like with social and economic development is comprehensively considered; a water environment bearing capacity assessment early warning index system is built according to the structures of the target layer, the criterion layer and the index layer; the water environment bearing overload condition is regulated and controlled, so that the water environment bearing capacity and indexes are developed towards higher quality; problems existing in current water environment management and social and economic development can be analyzed in a targeted mode, a reasonable regulation and control scheme is formulated, and watershed water environment pollution prevention and control are achieved.

The invention discloses a dynamic selection method for a sample fan. The method comprises the steps of: dividing the active outputs of fans into a plurality of samples based on time and space scales according to the factors including fan type, terrain, climate and the like, fitting an active output curve of each fan under the sample based on the total active output of a wind power plant and the installed capacity allocation, thus selecting the sample fan. According to the method, in comprehensive consideration of the factors including fan type, terrain, climate and the like, the sample fan is selected according to different seasons, so that the selected sample fan is more representative and more adaptive to the regions having obvious topographic relief and seasonal difference, the overall practical power generation capability of the wind power plant can be accurately reflected, the accuracy of abandoned wind power statics of the wind power plant is improved, the scheduling operation level of grids is promoted, the coordinative development of wind power planning and grid planning is promoted, and the utilization rate of clean energy is improved.

The invention discloses a pre-assembled standardized sheep cot. The pre-assembled standardized sheep cot comprises a playground (1), a slope (2), sheep beds (3), a roof and blowdown units. The sheep beds (3) comprise fences, vertical columns (6) and bottom frames (10). The fences are arranged around the bottom frames (10), the fences and the bottom frames (10) are fixedly connected with the vertical columns (6), and leak plates are arranged on the bottom frames (10). The blowdown units comprise funnels (23), trolleys (27) and drain pipes (25), the funnels (23) are arranged under the bottom frames (10), the trolleys (27) are placed below funnel openings (28), liquid leakage holes (30) are formed in bottom plates of the trolleys (27), and the drain pipes (25) are installed below the liquid leakage holes (30). The pre-assembled standardized sheep cot is simple and reasonable in structure and low in cost, all the parts of the sheep cot can be manufactured into standardized components in a factory and conveyed to a designated place to be assembled, transport and assembly are convenient, assembly time is short, and the pre-assembled standardized sheep cot is suitable for intensive breeding and beneficial for popularization.

The invention discloses a high-efficient clean utilization system of coal based on activated coke dry method flue gas purification technology. The system comprises a flue gas pipeline, an adsorption and desulfurization tower, and a desorption regenerator; the adsorption and desulfurization tower is provided with a flue gas inlet, a flue gas outlet, an activated coke inlet, and activated coke outlet, wherein the flue gas inlet of the adsorption and desulfurization tower communicates with the flue gas pipeline, and the adsorption and desulfurization tower is used for adsorbing sulfide in the flue gas; and the desorption regenerator is provided with a regenerated activated coke inlet and a regenerated activated coke outlet, the regenerated activated coke outlet of the desorption regenerator communicates with the activated coke inlet of the adsorption and desulfurization tower by a screening machine, and the desorption regenerator is used for desorption and regeneration of the activated coke which is used for adsorption of sulfide. The high-efficient clean utilization system of coal based on activated coke dry method flue gas purification technology can be used for promoting harmonious development of the coal energy industry, and effectively solving contradiction between energy and environment with substantial economic benefits and social benefits.

The invention relates to the field of application of biological materials, and discloses application of a degradable composite material in oil absorption, and the degradable composite material comprises a three-dimensional network structure formed by fungal hyphae and at least one lignocellulose fragment fixed by the three-dimensional network structure. The degradable composite material has good oil absorption performance and has good application potential in the aspects of petroleum leakage, removal of oil stains on water, treatment of oily wastewater and the like. On the other hand, the problem of treatment of agricultural residues such as straw and wood chips and forestry residues can be solved, the additional value of the residues is increased, environmental pollution is reduced, and coordinated development of economy, ecological environment and society is facilitated.

The invention discloses a method for preparing a concentrated liquid fertilizer by using wastewater containing livestock excrement. The method comprises the following steps: adding acids to immobilize amino and keep fertilizers; adding quicklime to neutralize excessive acids; performing primary fermentation so as to increase the dissolution degree of organic fertilizers; performing solid-liquid separation; performing negative-pressure concentration; and performing secondary fermentation on a concentrated liquid, thereby obtaining a livestock excrement concentrated liquid fertilizer. The method is simple in concentration process, good in operability and low in concentration cost; the solution degree of fertilizer components in the organic liquid fertilizer is high; due to amino immobilization and fertilizer increase of acids, and alcohol for increasing the dissolution degree of livestock excrement in the wastewater, the organic fertilizers can be relatively thoroughly dissolved in the wastewater, the cost of negative pressure concentration is reduced, the alcohol and the water can be both recycled, and the utilization rate of the livestock excrement is effectively increased; and by adopting the method, wastewater containing livestock excrement generated in the on-scale livestock breeding process can be turned into a high-concentration organic fertilizer, so that wastewater treatment in the on-scale livestock breeding process is solved, and harmonious development of agriculture, on-scale livestock breeding and living environments of people is promoted.

The invention discloses an assessment method of 10KV planning power grid distributed photovoltaic consumption capacity. The assessment method comprises the following steps: establishing a 10KV planning power grid distributed photovoltaic consumption capacity assessment model; determining power distribution safety standard and power grid parameter computation method after the distributed photovoltaic accesses to a power grid; developing regional distributed photovoltaic resource total assessment, and predicting planning year distributed photovoltaic development level; determining the planning year power grid structure and a running way, determining a power grid load location, capacity size and the distributed photovoltaic location and size information; modeling in the system to analyze thepower grid flow; analyzing the 10KV planning power grid distributed photovoltaic consumption capacity under different scene modes; and customizing the measure in a targeted way according to an analysis result, and improving the power grid consumption level. Through the method disclosed by the invention, the current situation and the consumption capacity of the planning power grid distributed photovoltaic can be effectively analyzed, an access problem to the distributed power supply by the conventional power grid is solved, and the coordinated development of the power grid and the distributed photovoltaic is promoted.