496results about How to "Large granularity" patented technology

A method and microcontroller for secure object sharing between applications executing on the microcontroller. A server application registers a delegate object with the operating system of the microcontroller. The delegate object permits access to the public interfaces of the server while enforcing security policies.

The invention discloses an uncertain space-time trajectory data range query method under road network environment. The process includes that firstly, a road network is divided into divided areas with the number of K; a hash table is established according to sides and divided corresponding relations; boundary points of the divided areas are calculated, and a two-dimensional space R tree index is established; the shortest path distance among the boundary points of each dividing is calculated; a one-dimensional R tree time quantum index is established for each dividing, and a B+ tree for storing trajectory data for each one-dimensional R tree is established; then, the earliest arrival time and the latest leaving time of a certain trajectory and an uncertain trajectory are calculated, and a unit segment assemble and divided beginning and ending time are inserted into time interval components; and finally, according to the dividing of a query point, distance information of a divided boundary point and the query point is calculated, and therefore a query result is obtained. According to the uncertain space-time trajectory data range query method under the road network environment, a small amount of input/output (I/O) operations and online calculation are only needed to be performed for a part of dividing, the query results can be obtained, and the query results are high in accuracy degree and fast in response speed.

The invention discloses a control method for aerosol in flue gas desulfurization by utilizing an ammonia method and a master desulfurizing tower, and the control method is characterized in that flue gas enters the master desulfurizing tower after being cooled to the relative humidity of 90 to 100% and the temperature of 60 to 80 DEG C through high-pressure waster mist or prewashing temperature reduction; the generation of the aerosol particles in the desulfurization by utilizing the ammonia method is reduced by optimizing desulfurization operating conditions, and the formed aerosol particles are condensed to grow big and are partially washed to be eliminated through a desulfurizing solution; an appropriate amount of steam is injected into the saturated flue gas through desulfurizing and eliminating the partial aerosol particles; the oversaturated water vapor environment required by the secondary condensation and the growth of the aerosol particles is established on the top of the master desulfurizing tower; and the condensed and the grown aerosol particles are eliminated through a high-efficiency demister. The invention combines the formation mechanism of the aerosol in the flue gas desulfurization by utilizing the ammonia method; and the formation of the aerosol is reduced by optimizing the process conditions of the desulfurization operation and the elimination of the formed aerosol is promoted by utilizing a steam phase change principle at the same time so that the exhaust problem of the aerosol in the flue gas desulfurization by utilizing the ammonia method can be effectively solved.

The invention relates to the technical field of mobile internet application and development, and particularly relates to a system based on an SDK (Software Development Kit) for rapidly building a mobile internet application module. The system sequentially comprises a content displaying layer, an interface framework layer, a function module layer and a configuration management layer from the top to the bottom; by building an SDK module on the basis of an API uniform interface, the SDK module is encapsulated into an API which can be directly integrated to an objective and used in the mobile internet, so that the suitability, accuracy and robustness of the SDK can be ensured, and the system is suitable for rapidly and effectively deploying in mobile internet application. The invention further provides a method based on the SDK for rapidly building the mobile internet application module, the method is applied to the above system and comprises the following steps: firstly, the interfaces of the SDK are unified so as to build the SDK module with the API uniform interface, then the API of the SDK module is directly integrated to the objective and used in the mobile internet, so that the burdensome work of editing codes to SDKs with different versions is eliminated, the workload of mobile internet development is reduced, and the development efficiency is improved greatly.

The invention discloses a continuously controllable acesulfame crystallization device. The continuously controllable acesulfame crystallization device comprises: a crystal growing device, a first conveying pump, a first-grade crystallizer, a second conveying pump, a second-grade crystallizer, a third conveying pump, a thickening device, a fourth conveying pump and a crystal slurry tank; the crystal growing device comprises at least one crystal growing kettle; a discharging hole of each crystal growing kettle is connected with a stop valve in series and then is communicated with an inlet of the first conveying pump; the first-grade crystallizer comprises a first-grade crystallizing kettle, a first-grade cooler and a first-grade circulating pump; an outlet of the first conveying pump is communicated with a lower circulating hole of the first-grade crystallizer; the second-grade crystallizer comprises a second-grade crystallizing kettle, a second-grade cooler and a second-grade circulating pump; the discharging hole of the first-grade crystallizing kettle is communicated with the inlet of the second conveying pump; the outlet of the second conveying pump is communicated with the lower circulating hole of the second-grade crystallizer; the discharging hole of the second-grade crystallizing kettle is communicated with the thickening device through the third conveying pump; the outlet of the thickening device is communicated with the inlet of the crystal slurry tank through the fourth conveying pump. The crystallization device provided by the invention is high in production efficiency and an obtained acesulfame crystal has good quality and large granularity.

The invention discloses a recycling method for high-salinity wastewater containing sodium chloride and sodium sulfate and belongs to the field of wastewater treatment. The method comprises: filtering wastewater through a nanofiltration membrane; performing evaporative crystallization on filtrate through the nanofiltration membrane to obtain sodium chloride and filtered mother liquor; performing evaporative crystallization on retained liquor which does not pass through the nanofiltration membrane to obtain sodium sulfate and retained mother liquor; mixing the filtered mother liquor with the retained mother liquor to obtain a mixture and adding fluosilicic acid into the mixture; and stirring sufficiently the mixture to obtain sodium fluosilicate by filtering. Filtered acid water is used in pH value adjustment of a system before biochemical treatment.

The invention provides a method for preparing a binder-free graphite product, which is characterized in that the graphite product is composed of crude petroleum coke and coal pitch mesophase pellet powder, and is characterized by comprising the following steps: drying, dewatering and smashing the crude petroleum coke; grinding the smashed crude petroleum coke to obtain crude petroleum coke powder by using a ball mill and an airflow pulverizer in sequence; heating the coal pitch mesophase pellet powder to carry out pre-oxidation treatment; cooling to room temperature; fully mixing by a blender; charging under vibration and preforming; placing blended power into a hydraulic cylinder, and obtaining isostatic pressing graphite green bodies through the steps of boosting pressure, maintaining pressure, reducing pressure and demoulding in an isostatic pressing forming process; placing the isostatic pressing graphite green bodies into an iron crucible; taking river sand and metallurgical coke powder as fillers in the roasting process, wherein the fillers are used for preventing the products from oxidization and deformation and fixing green body shapes; putting the iron crucible filled with the isostatic pressing graphite green bodies into a roasting furnace for roasting treatment to obtain isostatic pressing graphite roasting products after roasting; carrying out graphitization treatment on the isostatic pressing graphite roasting products by using a graphitized furnace to obtain the binder-free graphite products.

The invention provides a recognition method for Web page link blocks based on a block tree. On the basis of the recognition method, link block distinguishing and estimating indexes are provided, and meanwhile two basic block traversing and distinguishing algorithms including a forward link block distinguishing method and a backward link block distinguishing method are provided; the forward distinguishing method is high in recognition speed and can be used for analysis of indexing type Web pages and text extraction and application, and the granularity of link blocks is large; the backward distinguishing method can control the granularity, quantity and scale of the link blocks easily and flexibly, ensures refinement and integrity of the link blocks and finally achieves comprehensiveness of covering Web page link with the link blocks. The method not only can be used in places with the fine-granularity requirement for the link blocks, but also can be used in places of page denoising, text extracting, automatic template generating through text abstracting and others; the provided block tree serves as the basis of Web page analysis and processing and can be widely applied to Web data preprocessing, data mining and other fields in combination with the two provided traversing and distinguishing methods.

The present invention discloses a method for preparing large particle size spherical tricobalt tetreoxide. The method comprises: preparing a mixed solution, preparing a hydroxide solution, feeding, and preparing tricobalt tetreoxide with a predetermined particle size, wherein the particle size of the tricobalt tetreoxide particles on the material outlet is measured during preparation of the tricobalt tetreoxide with the predetermined particle size, the suspension in the material outlet is re-introduced into the reaction apparatus when the particle size is less than the predetermined production particle size of the tricobalt tetreoxide so as to continuously carry out a reaction until the particle size of the tricobalt tetreoxide particles on the material outlet of the reaction apparatus is not less than the predetermined production particle size, and then the suspension is introduced into the press filter to filter to obtain the spherical tricobalt tetreoxide. With the method, the large particle size battery-grade spherical tricobalt tetreoxide with the diameter of 14 mum and above can be prepared. The present invention further discloses an apparatus for preparing the large particle size spherical tricobalt tetreoxide.

The invention provides a preparation method for promoting to sinter zirconium boride or zirconium carbide ceramics by using reaction aids. Two-phase sintering aids capable of being reacted, namely Zr powder and C powder, or Zr powder and B4C powder, are added, and a material is promoted to be compact and crystals of a matrix are inhibited from growing by zirconium carbide/zirconium boride second phase particles with higher sintering activity, which are generated through in-situ reaction between the sintering aids. The ZrB2 or ZrC-based bulk material prepared by the method has the relative density of over 97 percent, the room temperature bending strength of 500-800MPa, the fracture toughness of 3.5-6.5MPa.ml/2, and the hardness of 14-20GPa. The second phase generated through the in-situ reaction has the same melting point as the matrix, and the sintering acids cannot bring adverse effect to the high temperature mechanical properties of the material.

The present disclosure describes a preformed or in some cases a hot applied thermoplastic marking composition comprising a planar top surface portion and a planar bottom surface portion that are coplanar to each other, wherein said bottom surface portion is directly applied to a substrate via application of heat or pressure or both heat and pressure and wherein said top surface portion comprises an intermix that exits throughout said thermoplastic composition and includes large grit size aggregate in the range of about 8 to about 20 mesh or grit size, thereby reducing or eliminating tire tracking while also improving long-term skid resistance.

The invention discloses a method for preparing lithium cobaltate positive pole material for a lithium ion cell and the obtained lithium cobaltate positive pole material. The method comprises the following steps: adopting a multiple-step synthesizing process; in a first synthesis, adopting excessive lithium so as to obtain larger lithium cobaltate particles at lower temperature; and before a second synthesis, adhering mixed powder of cobalt carbonate and lithium carbonate with small particle size and larger specific surface area to the one-step synthesized lithium cobaltate large particles through a mechanical granulation mode. The method can effectively improve the particle size and the tap density of the lithium cobaltate positive pole material so as to improve the compacted density and the volume specific capacity of the positive pole material.

The invention discloses a preparation method of a composite pellet, which includes the working procedures of preparing materials, measuring, mulling, pressing and drying. Compared with the prior art, the preparation method is simple to be operated and has the advantages that: (1) the composite conception is broad; the pellet not only has a manganese material, but also has a reducer needed by smelting and takes coal for replacing tar and reducing the production cost; the material containing manganese not only includes the powder of a manganese ore (molybdenum concentrate, imported fine ore, slag rich in manganese, sintering fine ore and baking fine ore), but also includes manganese soot and improves the operating factor of resources; (2) the materials adopted by the composite pellet are broad in granularity; the granularity of the manganese ore (molybdenum concentrate, slag rich in manganese, sintering fine ore and baking fine ore) is between 0 and -3mm, the granularity of the coal is between 0 and -5mm, and the production technique is simplified; (3) drying is carried out under lower temperature, thus saving energy resources; and (4) a dry power sintering agent is used and the operation is simple and convenient. The composite pellet is applied to smelting manganese series iron alloys by electric furnaces and the smelting effect of the electric furnaces is good.