581results about How to "Solve Utilization" patented technology

A full nutrition fertilizer of biology type and its producing method belongs to organic complex fertilizer field in biology type. The components of the full nutrition fertilizer is 20-50% of organic waste liquid, 10-30% of urea, 8-15% of diammomium phosphate, 10-25% of potassium sulfate, 5-20% of medium trace element, 1-5% of microbial inoculum, 0-0.2% of root-promoting agent; 0-2% of solutizer, effective viable count content of the microbial inoculum of more than 1010/g. The fertilizer is produced by adding the urea, diammomium phosphate, potassium sulfate, medium trace element, root-promoting agent, solutizer into organic waste liquid and blending uniformly, then adding microbial inoculum. The invention uses the wastes to produce fertilizer with a low cost a high availability and a good prospect in the fertilizer industry. The fertilizer can be widely applied to the vegetables, melon and fruits, food, tobacco, forests and different commercial crops.

The invention relates to a wind-solar power generation and hydrogen-production hydrogen-storage system and an operation control method thereof, and relates to the technical field of new energy wind-solar power generation and hydrogen production. According to the invention, a rectifier at a fan side of a wind power farm is connected with a grid side inverter; a DC (Direct Current) bus is connectedwith a supercapacitor of a DC/DC convertor; the rear surface of the supercapacitor is connected with a hydrogen production and hydrogen storage system; a photovoltaic system is connected with the DC bus in front of the supercapacitor by the DC/DC convertor and is used as a power compensation unit of the wind power farm; the wind-solar power generation and hydrogen-production hydrogen-storage system further comprises a power coordination control module and a monitoring module; and problems of poor peak regulation capacity, unsmooth hydrogen production, short service life of equipment and the like of a wind-solar power generation and hydrogen-production hydrogen-storage system are mainly solved. The wind-solar power generation and hydrogen-production hydrogen-storage system has the characteristics that the system is high in peak regulation capacity; the requirement of a load evening peak can be met; smooth hydrogen production can be ensured; the service life of the equipment is prolonged; flexible grid connection can be implemented in the premise of ensuring purity of produced hydrogen; and an energy utilization rate is high.

An extracting and separating method of high-temperature coal tar belongs to a coal tar separation method. The extracting and separating method includes the step of adding No.1 or No.2 solvent into the coal tar at the ordinary pressure for secondary extraction and separation. Extraction processes are carried out under the pretreatment condition of sufficiently mixing and heating, heating temperature is lower than 150 DEG C, raw materials of the coal tar are respectively mixed with the No.1 or No.2 solvent according to the volume proportion of 1:2 to 4, extraction time ranges from 1 to four hours, extracts and raffinate are obtained after the No.1 solvent and the coal tar are filtered and separated when the system is balanced, and the No.1 solvent is recovered by distillation and recycled. The extracting and separating method has the advantages that energy saving effect of equipment is evident, process is simple and convenient, operation conditions are moderate, manufacturing cost and investment of the equipment are low and benefits are evident. Adding quantity of the solvent and extraction operation parameters are changed, separation depth and process capacity of the coal tar can be flexibly mastered and selectively controlled.

The invention discloses a method for preparing a nanometer photocatalyst material supported embedded composite film. The method comprises the following steps: dissolving an organic polymer base film material, a pore-forming agent and a nanometer catalyst in a solvent, stirring and standing to prepare a casting film solution; dispersing the nanometer photocatalyst in the solvent to obtain dispersion liquid, spreading the dispersion liquid on a plate to prepare a spreading solution, and drying the spreading solution to obtain a spreading film; and covering the spreading film with the casting film solution, scraping a liquid film by utilizing a film scraper, immersing the scraped liquid film in a constant temperature gel bath, and curing the liquid film to prepare the nanometer photocatalyst material supported embedded composite film. The invention also provides the nanometer photocatalyst material supported embedded composite film and application thereof. According to the method, a nanometer photocatalyst coating is uniformly, effectively, stably and firmly supported on the surface of the embedded composite film. Moreover, according to the composite film, the removal rate of pollutants is effectively improved, and film pollution is reduced.

The invention discloses a cloud computing resource scheduling method based on game theory. The method is characterized by including the specific steps of step 1, receiving a user request, analyzing and judging whether available resources meet a demand, rejecting the request if the available resources do not meet the demand, and otherwise, entering the next step; step 2, issuing a receiving request confirmation message; step 3, establishing a cloud user resource scheduling game model with users as game participants or a cloud provider resource scheduling game model with available physical machines of a cloud data center as game participants, and forming an optimal resource allocation scheme; and step 4, completing a virtual unit creation process, and executing the task request of the user. According to the method, a theory method of the game theory is introduced, different optimization targets are customized for different cloud computing environments, the corresponding resource scheduling game models are established, the cloud user resource scheduling game model with the cloud users and cloud providers as the game participants is established, and problems of unfair resource allocation and an insufficient resource utilization ratio are solved by corresponding resource scheduling algorithms.

The invention relates to a bacillus subtilis highly producing tetramethylpyrazine and a method thereof for fermentation producing tetramethylpyrazine, and belongs to the technical field of bio-engineering. The invention discloses a Bacillus subtilis XZ1124 which can highly produce tetramethylpyrazine, and is preserved in CCTCC, and the preservation number is CCTCC NO: M 208157. The strain is made of Maotai-flavor liquor and high temperature Daqu; the strain is identified as Bacillus subtilis based on colony, cell form, physiological and biochemical characteristics and 16S rRNA gene sequence comparative result thereof. The strain can utilizes glucose, sucrose, molasses and soybean cake powder as substrate, and increases the output of tetramethylpyrazine through accumulating a great deal of endogenous precursors, so as to solve the problems of low product density, exogenous adding precursor requirement, and low precursor utilization rate in tetramethylpyrazine production through microbe fermentation. When sucrose and soybean cake powder are used as substrate, 4.08 g/L of tetramethylpyrazine can obtained through shaking culture of the raw material for 120 h at the temperature of 37 DEG C.

The invention discloses multi-time pressure maintaining transfer equipment for deep-sea sediments. The multi-time pressure maintaining transfer equipment comprises a pressure maintaining barrel and a sampling device and is further provided with a connector and a main ball valve, wherein the connector is internally provided with a sampling channel and a sample discharging channel which are communicated with each other; the pressure maintaining barrel is in butt joint with the sampling channel by the main ball valve; the sampling device comprises a sampling barrel located in the pressure maintaining barrel, a multi-grade retracting mechanism for driving the sampling barrel and a piston located in the sampling barrel, wherein the sampling barrel is provided with a sampling working position which extends out of the sampling channel via the main ball valve and a sample discharging working position located in the connector; the piston is used for pushing away a sample from the sampling barrel to enter the sample discharging channel when the sampling barrel is located at the sample discharging working position. The multi-time pressure maintaining transfer equipment adopts a brand-new sub-sampling scheme, namely the retracting mechanism is used for a plurality of times so as to realize sub-sampling and transferring of the sample in a pressure cavity; the defects in the prior art that the volume is large and the utilization rate of the sample is not high are overcome.

The embodiment of the invention provides a method and system for writing data. The method comprises the following steps of: receiving a command for requesting to write data; judging whether a compacted cell storage space is completely allocated for a logic address to be written in a compacted LUN (Logic Unit Number) or not, if so, writing the data to be written into a storage space allocated by the compacted cell and otherwise, determining the length of the data which can be written by a continuous logic address for which the compacted cell storage space is not allocated in the logic address and applying the storage space which is greater than or equal to the length of the data which can be written into the continuous logic address for the compacted cell according to the magnitude of integral multiple of a minimum storage unit provided by a memory; and receiving information responding to the storage space allocated by the application by the compacted cell and writing the data to be written into the corresponding storage space. According to the method and system disclosed by the invention, effective utilization of system resources is realized.

The invention discloses a flexible dynamic deployment system and method for a render cluster. The system comprises a rendering task management platform and a rendering unit control dispatcher, and the rendering task management platform is used for distributing tasks to the rendering unit control dispatcher of a cluster management node and receiving task processing schedule information uploaded by the rendering unit control dispatcher of the cluster management node. The rendering unit control dispatcher is used for distributing tasks to a plurality of rendering units and receiving task processing schedule information fed back from each rendering unit, and is used for processing the computing node requests of the rendering units and dynamically adjusting the number of the computing nodes in the rendering units according to a priority sequence in the process of executing the rendering tasks. Each rendering unit comprises a rendering unit Master course, the rendering unit Master courses are in communication with the computing nodes, and one computing node corresponds to one rendering unit Slave course. Computing resources are effectively utilized, and the resource use ratio is maximized. Under the condition of not influencing service quality, the number of the system concurrence users of the render cluster is increased.

The invention discloses a method for treating stainless steel pickling waste liquor and recovering iron, chromium and nickel. According to the method, a sodium hydroxide solution is adopted to control the pH of the stainless steel pickling waste liquor to achieve the purpose of recovery of iron, chromium and nickel through fractional precipitation. Because pH ranges of deposition of the iron, chromium and nickel elements are overlapped, part of iron oxide-hydroxide is precipitated firstly in a separation and recovery process, residual iron and chromium elements are co-precipitated out, and then chromium is precipitated and dissolved under the strong alkaline condition to realize final separation of iron and chromium. Due to presence of ammonia water and a reducing agent, the nickel element exists in the form of ions or a nickel ammine complex, is dissolved in the waste liquor, and finally reacts with a sulfide to precipitate NiS. The method has the characteristics of low cost, easiness in control, high separation and recovery rate of the iron, chromium and nickel elements and the like. The method can treat the stainless steel pickling waste liquor effectively, and the natural environment cannot be polluted after emission; the recovered metal elements have the recycling economic benefits, and the method has high application value and important technological innovation meaning.

The invention discloses a novel heat accumulating type compressed air energy storage system. On the basis of a heat accumulating type compressed air energy storage system, work procedures of the system are optimized, by the characteristic that a compressor unit and an expansion unit share a heat exchanger, the compressor unit, a heat accumulating system and the expansion unit are coupled together well through a three-way reversing valve, and problems that interstage heat exchangers of the heat accumulating type compressed air energy storage system are arranged repeatedly, system processes are not reasonable, excessive lands are occupied, cost is high, heat energy utilization rate is low, then system running efficiency is reduced and the like are solved. The novel heat accumulating type compressed air energy storage system has the advantages of simple and compact structure, high system efficiency, good heat exchange effect, low manufacturing cost and the like.

The invention provides a multistage efficient ozone air floatation integrated device. A dissolved air floatation zone and an ozone oxidation zone are arranged reasonably so that dissolved air floatation zone and ozone oxidation are vertically combined in a column and multistage oxidization is realized; solid-liquid separation of insoluble floc particles and water is completed by virtue of dissolved air floatation, and then decolorization, deodorization, organic matter removal and sterilization are realized by virtue of ozone oxidization. The multistage efficient ozone air floatation integrated device is used for performing air floatation treatment and multistage oxidization on treated water; as a result, the shortcoming of low utilization rate of ozone is overcome, the minimization of energy consumption is realized, the utilization rate of ozone is greatly increased and the effect of sewage deep treatment is effectively guaranteed.

The present invention relates to an order matching method. The method comprises: a transaction matching platform is established; user intelligent terminals log in the transaction matching platform to release transaction information; merchant clients browser the transaction information and initiate request links to the user intelligent terminals with intentions, of which the transaction information is met; the user intelligent terminals select the required merchant clients from a plurality of request links, and establish bidirectional links; source lists are generated according to the bidirectional links, so that online transaction can be performed or offline transaction can be ordered; the user intelligent terminals and the merchant clients need to pay cash deposit, entrust the transaction matching platform to reserve, and sign a third-party electronic contract; and both parties confirm the transaction at the same time to complete transaction matching. The order matching method has the beneficial effects that a room is reserved through network order matching and selection is carried out according to expected hotel environment, facilities and price, so that maximized guarantee is brought to consumers; and a basic room rate is paid with the lowest price so as to ensure the basic checking-in requirement of the room, extra additional conditions are combined, the selection range is wider.

The invention discloses a thermal power generation system and method with fused salt energy storage, power supply and heat supply functions. By arranging a bypass steam pipeline, a high-pressure condenser and a molten salt heater, excess steam heat energy generated by the load change of a power grid can be stored though molten salt. When the peak load of the power grid is reached, a molten salt energy storage power generation subsystem can participate in peak regulation of power supply of the power grid. In this way, the problems of peak regulation of the power grid, low utilization rate of power equipment and the like are solved, it is guaranteed that the power generation efficiency of the power generation system is equal to that of an existing thermal power generating unit, and the thermal power generation system and method have the outstanding advantages that energy storage and variable-load power supply are achieved, and high-efficiency power generation is guaranteed.

The invention relates to preparation methods of porous carbon from towel gourd vegetable sponge and a composite material of the porous carbon and application of the porous carbon and the composite material in supercapacitor electrode materials. The method for preparing the porous carbon comprises the following steps: (1) washing the towel gourd vegetable sponge, and performing carbonization heat treatment in an atmosphere containing NH3 at a proper temperature; (2) mixing the carbonized product and KOH in a proper proportion, and activating in N2 at the temperature of 750 DEG C. The inner diameter of pore passages of the prepared porous carbon is between 1mu m and 15mu m, the pore wall thickness is between 0.3mu m and 1mu m, and the activated specific surface area can be 1510m<2>/g. The method for preparing the composite material comprises the following steps: reacting the porous carbon with a KMnO4 solution, and growing MnO2 nanosheets, thereby obtaining a porous carbon/MnO2 composite material; or reacting the porous carbon with aniline to obtain a porous carbon/aniline composite material. When serving as the supercapacitor electrode materials, the prepared porous carbon and the composite material thereof have more excellent performance and favorable application prospect compared with a conventional carbon material.

This invention discloses a mobile satellite broadcast system and a method for realizing multimedia service transmission including: applying the OFDM technology to modulate input signals, which increases the usability of spectrum, besides, this invention applies LDPC mode for coding and the APSK technology for constellation mapping to further increase the usability of spectrums.

The present invention relates to a calcium circulation cascade thermochemical energy storage method and system. The thermochemical energy storage system is CaCO3/CaO and Ca(OH)2/CaO, and can be used for energy storage by means of mutual reaction and conversion between heat energy and chemical energy produced by sun irradiation. Through a primary energy storage and a secondary energy storage, whenenergy is needed, part of CaO (generated by decomposition of CaCO3 particles under normal pressure) and H2O produce reverse chemical reaction to release heat energy, part of CaO (generated by decomposition of Ca(OH)2 particles under normal pressure) and CO2 produce reverse chemical reaction to release heat energy. Through alternate cyclic energy storage of CaCO3/CaO and Ca(OH)2/CaO systems, the sintering problem of CaCO3/CaO in the process of long-time cyclic energy storage can be solved, and cascade energy storage and two-stage power generation can also be achieved. In addition, the inventionfurther discloses a calcium circulation cascade thermochemical energy storage system.

The invention discloses a variable NPK (nitrogen, phosphorus and potassium) fertilizer applicator and a method for determining a fertilizing formulation. The variable NPK fertilizer applicator comprises a tractor and a fertilizing system hung behind the tractor, wherein the fertilizing system comprises a fertilizer tank, a fertilizer discharge control mechanism and a GPS positioning system; the fertilizer discharge control mechanism is connected with the GPS positioning system and the fertilizer tank respectively to achieve variable fertilizer application; the fertilizer discharge control mechanism performs variable fertilizer application according to the fertilizing formulation. The method for determining the fertilizing formulation comprises the following steps: determining the sampling density of a sampling point and determining the available nutrient content at the sampling point; determining the fertilizing amount at the sampling point according to nutrient demand of crops as well as the determined available nutrient content; with the combination of the sampling density of the sampling point and the fertilizing amount at the sampling point, performing spatial interpolation analysis to generate a fertilizing formulation map for the sampling point.

The invention relates to a preparation method of a ZSM-5 molecular sieve with a multi-level pore channel structure. The preparation method comprises the following steps of: performing activating treatment on natural layered clay by virtue of a high-temperature roasting mode; adding the activated natural layered clay into an acidic solution and performing acid treatment to obtain a mixture; adding water glass, a template agent and water sequentially into the mixture, so that the constitution of the mixture accords with the condition that the molar ratio of Na2O:Al2O3:SiO2:H2O is equal to (3-11):1:(20-100):(500-1500); adjusting the pH value of the mixture to 9-12 to obtain reactant gel; performing ageing treatment on the reactant gel; performing hydrothermal crystallization treatment on the aged reactant gel to obtain the ZSM-5 molecular sieve with the multi-level pore channel structure. By utilizing the method, the ZSM-5 molecular sieve with the multi-level pore channel structure is synthesized by taking the natural layered clay which is roasted at a high temperature as a unique aluminum source, taking the water glass as a supplemented silicon source and adopting the single template agent. The method has the advantages of simplicity and low cost.

A ZIF-9-based porou carbon/carbon fiber composite material and preparation method thereof belongs to the technical field of a preparation method of a metal nanoparticle doped porous carbon/carbon fiber conductive composite material, can solve the problems of poor conductivity and poor stability of the existing composite carbon material, wherein the carbon fiber of a carbon fiber fabric is taken asa growth substrate, and high-density arranged ZIF is grown on the growth substrate; 9, carbonize at high temperature in an inert gas atmosphere to generate porous carbon/carbon fib composite material, and that invention realizes a ZIF-9-based porous carbon and conductive substrate integrated conductive network structure, lithium sulfide batteries, sodium sulfide batteries, lithium-air batteries and fuel cells, electrocatalysis and other fields have a wide range of applications.

The invention belongs to the technical field of audio and video transmission, and discloses a two-stage client code rate selection method of a DASH transmission system. Under a system framework basedon an HTTP dynamic adaptive media transmission protocol, a client dynamically adjusts a video playing code rate according to estimated network end-to-end throughput and buffer area state information.According to the method disclosed by the invention, at a playing startup stage, the utilization rate of a network bandwidth is improved while ensuring a low startup delay and the playing smoothness byusing a code rate selection method similar to TCP slow start; at a stable playing stage, the network end-to-end throughput is estimated by using a Kaufman-based adaptive moving average algorithm, thereby reducing the impact of the instantaneous change of the network bandwidth on the code rate; and meanwhile, a code rate switching time selection method of a random factor is imported to reduce thevideo quality jitter problem caused by the frequent change of the code rate in a video playing process, and thus the user experience is improved.

The invention discloses an S@NPC/CNT composite material and a preparation method and application thereof. The S@NPC/CNT composite material is obtained from an NPC/CNT composite material by sulfur loading. The NPC/CNT composite material is composed of nitrogen doped porous carbon and carbon nanotubes in the interweaving mode. The nitrogen doped porous carbon is a carbon material derived from a Zn/Co-bimetallic organic framework. The nitrogen doped carbon material is obtained by stirring, drying, calcining and acid treatment of a methyl alcohol and water mixed solution containing zinc and/or cobalt transition metal salt, organic ligand and a carbon material, and finally the high sulfur loaded S@NPC/CNT composite material is prepared by a melt diffusion method. The material exhibits extremelyhigh sulfur content. In addition, the invention also discloses the application of the high sulfur loaded nitrogen doped carbon material prepared by the method in a lithium sulfur battery. The composite material is used for an anode material of the lithium sulfur battery. The obtained battery has high area capacity and good electrochemical performance. The efficient method for preparing the nitrogen doped carbon material with high performance and high sulfur content is provided.

The invention discloses an X-Y axis linkage device and linkage method of a 3D printer. The device comprises motors, a support, synchronizing wheels, auxiliary wheels and a synchronizing belt. The synchronizing wheels and the auxiliary wheels are located on the support. The synchronizing wheels comprise two driving wheels and two driven wheels. The synchronizing belt is wound into an H shape through the four synchronizing wheels and the four auxiliary wheels. The two ends of a fracture of the synchronizing belt are fixed to the two sides of a printing head seat. The motors comprise the left motor and the right motor. An output shaft of the left motor and an output shaft of a right motor are connected with the driving wheels respectively and drive the same synchronizing belt. The synchronizing belt wound into the H shape is driven by the two motors at the same time, X-Y axis linkage of the 3D printer is achieved, the overall printing quality of the 3D printer is improved, the equipment structure is more compact, and equipment cost is reduced.

The invention provides an overload protection request control method and related equipment, and the method comprises the steps: enabling a request control device to obtain a processing parameter of aservice end for processing a service request, and determining a load parameter of the service end in a first period according to the processing parameter; determining a target increment of the servicerequest received by the server according to the load parameter; and then determining an overload protection (i.e., flow control) threshold of a second period according to the target request amount and the target increment, the flow control threshold being the number of service requests allowed to be received by the server in one period, and the target request amount being the number of service requests successfully processed in the first period or the flow control threshold of the first period. The load state of the server can be determined according to the preset algorithm by acquiring the data such as the time delay and the error rate for processing the service request, and the flow control threshold can be dynamically adjusted according to the load state, so that the problems of serveroverload or low resource utilization rate and low service success rate when a static threshold is set can be solved.

The invention relates to a drug delivery system of nanometer liver targeting amphiphilic block copolymer and a preparation method thereof. The nanometer liver targeting drug delivery system is obtained by adopting liver targeting amphiphilic block copolymer which can be biologically degraded and which has good biocompatibility as the carrier material and embedding drugs for treating liver diseases by a solvent dialysis method or a solvent evaporation method; the weight ratio of the carrier material to the drug is 1:0.1 to 1.2. The drug delivery system has the advantages of simple operation, mild condition and cheap raw material; the prepared drug delivery system has good biocompatibility and both effects of active targeting and passive targeting, and can realize high targeting and sustained release drug delivery to the liver by means of injection, thus solving the defects of bad targeting and low bioavailability of present anticancer drugs and improving the life quality of patients, with broad application prospects.

The invention relates to a battery plate manufacturing process, in particular to a water-based ion battery plate manufacturing process. The water-based ion battery plate manufacturing process comprises the following steps: tableting a mixture of active substances, a conductive agent, a bonding agent and a solvent; then, laminating with a current collector to form a battery plate which is 0.1mm-100mm in thickness. The water-based ion battery plate manufacturing process has the advantages of less production equipment, simple process, high production efficiency, high material utilization rate, easiness in plate molding, and easiness in control of the surface density and the thickness, and the service life of a battery is prolonged effectively.