59results about How to "Reduce the number of spawns" patented technology

The invention relates to an amorphous refractory; especially to an erosion resistance concast intermedium finish-go-home work sark. It uses magnetite as main raw material and the light-burned magnesium oxide, boric acid, silicon powder and aluminum powder as accelerator and the resin, starch gum and so on as insurance contract. It adds one or some kinds of chrome green, compound chrome-magnesite brick, magnesite-chrome brick. The raw material is that (wt%): the magnesite 5-1mm is 10-35%, 1-0.2mm is 10-35%, <=0.074mm is 20-40%, <=0.088mm admixture is 5-20%, <=0.088mm accelerator is 1-5%, starch gum is 5-12%. Each raw material has a certain quality technology index.

The invention relates to a device for manufacturing hydrogen water, which comprises a container, at least one cathode electrode plate, at least one anode electrode plate and a host machine, wherein the container is made of electrical insulating material, the cathode electrode plate and the anode electrode plate are arranged at intervals in the container, the host machine comprises a circuit control panel, the cathode electrode plate is connected with an input end of the circuit control panel, the anode electrode plate is connected with an output end of the circuit control panel, and the electrolysis area of the cathode electrode plate is larger than the electrolysis area of the anode electrode plate. The device disclosed by the invention can be used for electrolyzing water and a solution containing water to form the hydrogen water of which the PH value is neutral.

The related sealing-type CO2 laser tube comprises: a metal-plated full reflection mirror 1, a muffler 2 set in tube 4 to connect sheath 3 and tube 5, a gas storage sheath 3, a water cooling tube 4 set on top of a discharge tube 5 together in sheath 3, an output mirror 6 together with mirror 1 bonded on ends of laser tube ends by epoxy resin, the TiO2 photo catalyst 8 coated on inner wall of tube 5 and electrodes 7/9, and two electrodes 7/9 coaxial arranged on ends of tube 5. This invention is simple and convenient, prolongs product life time, reduces cost, and has well social and economic benefits.

The invention discloses a method for preparing synthetic forsterite from boron slurry. The method comprises the following steps of 1, adding lightly roasted magnesia powder and natural forsterite powder into boron slurry to obtain a mixed material, 2, adding a binder into the mixed material and mixing uniformly to obtain a bound material, 3, adding water into the bound material, mixing uniformly, pressing the mixture into globular materials by a ball press, and standing for maintenance, and 4, mixing the maintained globular materials and coal, putting the mixture into a high-temperature vertical kiln, heating to a temperature of 1550 to 1650 DEG C, and carrying out heat preservation for 3 to 4 hours to obtain the synthetic forsterite. The method has simple and reliable processes and solves the problem of the pollution produced by boron slurry on the ecological environment. The synthetic forsterite prepared by the method contains more than 60% of magnesium oxide.

The invention provides a data storage method, device and system. A storage client needs to store data to be written into a distributed storage system. Storage nodes corresponding to a first data unitallocated by a management server for the data to be written are only a part of a storage node group. When the state of the first data unit returned by the management server is received by the storageclient, the numbers of data blocks and check blocks to be generated when EC encoding is performed on the data to be written can be determined, the storage client stores the generated data block and check block in the partial storage nodes designated by the management server in a partition in which the first data unit is located. Thus, dynamic adjustment of the EC redundancy ratio is realized, andthe management server can exclude nodes in the partition from the range of data storage to be written according to the needs, thereby reducing the IO amount of data storage.

The invention discloses a rendering program online optimization method comprising the following steps: building reduced programs of an original rendering program, selecting a plurality of reduced rendering programs as representative rendering programs according to the rendering cost and drawing error, and building a reduced dependency graph based on the dependence relationship; and in the rendering process, monitoring the parameters of a scene to be drawn, using a new round of online optimization when there is severe change, and completing one optimization through multiple cycles. The following operations are performed cyclically in each optimization: selecting K reduced programs from all the reduced programs as candidate reduced programs according to the reduced dependency graph, determining the current cycling result according to the drawing error and rendering cost, and deciding whether the current online optimization ends according to a plurality of cycling results. Optimal reduced rendering programs are selected dynamically, decoupling of rendering programs from a scene is realized, and the enumeration parameter space problem of off-line optimization is avoided. Moreover, rendering program error calculation and time measurement and scene drawing are carried out at the same time, operation is quick, and the real-time performance is strong.

The invention discloses a preparation method of large-granularity cobaltosic oxide. The preparation method is characterized by synthesizing cobalt carbonate of which the granularity is 20 to 30 mu m in a wet process in a shortest time through the ways of reducing nucleation number during a synthesis initial stage by taking a cobalt solution in certain concentration as a cobalt source, a sodium carbonate solution as a precipitator, an ammonia solution as a complexing agent and hydrazine hydrate as a reducing agent; oxidizing a synthetic product into hydroxyl cobalt oxide under a certain pH (Potential of Hydrogen) value condition after completing the synthesis by utilizing a hydrogen peroxide solution in certain concentration, then washing and drying a mixture, and calcining under a certaincondition, thus obtaining a large-granularity cobaltosic oxide product. By utilizing the technology, the spherical or spherical-like large-granularity cobaltosic oxide product of which the laser granularity is 15 to 25 mu m, the tap density is greater than 2.0 g/cm<3> and the specific surface area is 1.0 to 3.0 m<2>/g can be prepared within a short time.

The invention provides a room temperature curing agent for high-temperature-resistant organosilicon materials, a preparation method and applications thereof. The room temperature curing agent comprises polysilazane and a catalyst, wherein the molecular structure of the polysilazane is optimized, and only contains difunctional Si-N chain segments and trifunctional Si-N chain segments, and the random branched structure is formed by a polymerization reaction; by adjusting the feeding ratio, pressurizing during the aminolysis and using ceramic ball-assisted mass transfer, the use amounts of the trifunctional silane and the ammonia gas for forming the trifunctional Si-N chain segment with the same content are substantially reduced, the molecular structure of the polysilazane is optimized, the generation of ammonium chloride is reduced, and the mass transfer and heat transfer control during the aminolysis is easily achieved; and the optimization does not affect the formation of the cross-linked network of the cured organosilicon material, and the structure optimizing meets the development trend of green chemistry.

The invention relates to a technique for synthesizing a boron-containing thermoplastic phenol formaldehyde resin by a solvothermal process, which comprises the following steps: adding a thermoplastic phenol formaldehyde resin, a boron-containing compound, oxalic acid and a solvent into a solvothermal reaction kettle, sealing, heating to 120-160 DEG C, keeping the temperature for 0.5-6 hours, cooling to room temperature, and removing the solvent contained in the product, thereby obtaining the boron-containing thermoplastic phenol formaldehyde resin, wherein the boron-containing compound uses an aromatic ring structure as the parent nucleus and hydroxymethyl and boron-containing structure as the substituent group of the aromatic ring structure, and the solvent is water or an alcohol solvent or a mixture of an alcohol solvent and water in a mass ratio of 1:(0.05-0.7). The method has the advantages of high raw material conversion rate and simple technical process; and the obtained product has the advantages of uniform molecular weight distribution and favorable heat resistance. Since the conversion rate of various raw materials is higher, the residual micromolecules do not need to be removed by water washing, thereby effectively reducing the sewage discharge.

The invention discloses a preparation method of rare earth element-doped cobaltosic oxide. The method comprises the following steps: rear earth element is added into a cobalt solution; with the extension of synthetic time, concentration gradient of the cobalt solution added to a reaction kettle increases or decreases; simultaneously, solid-to-liquid ratio of slurry in the reaction kettle is adjusted, and cobalt hydroxide with uniform doping is synthesized by a wet method; after the synthesis, the synthetic product is washed, dried and calcined to obtain a large granular or small granular rareearth element-doped cobaltosic oxide product.

The invention belongs to the technical field of numerical control lathes, and particularly relates to a multi-station numerical control lathe. The multi-station numerical control lathe comprises a shell, a fixed cover and a first motor. The first motor is mounted below the shell, and a first motor rotating shaft penetrates through the shell. The portion, in a shell inner cavity, of the first motorrotating shaft is fixedly connected with a support shaft. The maximum ends of first sliding grooves are elastically connected with wave plates through springs. Fixing blocks are mounted in the firstsliding grooves correspondingly. The portion, located in fixing block inner cavities, of the rotating shaft is fixedly connected with a rotating disc. Two hinge rods are hinged to the rotating disc. Asliding rod is hinged to the other end of each hinged rod, and the sliding rods penetrate through the fixing blocks in design. The ends, located at the outer sides of the fixing blocks, of the sliding rods are fixedly connected with fixing plates. According to the multi-station numerical control lathe, by arranging the fixing blocks, the wave plates and limiting grooves, moving rods can be defined from multiple aspects, so that processing wheels can accurately and rapidly cut the surface of a workpiece to be machined, and the arrangement of the four processing wheels greatly improves the working efficiency.

The invention relates to a preparation method of a mining reinforcement material, and belongs to the technical field of mining materials. The preparation method of the mining reinforcement material ischaracterized in that based on the flame retardance characteristic of ammonium polyphosphate, with diatomite as a carrier, a double-component ammonium polyphosphate-diatomite inorganic composite flame-retardant filler is prepared by an in-situ polymerization method, and an ammonium polyphosphate-diatomite/synergist composite flame-retardant filler is designed on the basis of the double-componentcomposite flame-retardant filler with magnesium hydroxide the synergist; with good smoke absorbing effect of the diatomite with high specific surface area and based on the special layered structure and composition and also flame retarding, smoke suppressing and acid resisting functions of magnesium hydroxide, the prepared mining reinforcement material is allowed to have good flame retarding and smoke suppressing properties; cellular glass cloth is used as a reinforcing agent for the mining reinforcement material, so that the strength of the mining reinforcement material is effectively improved; and according to the invention, a synergistic effect between two flame-retardant elements silicon and phosphorus causes a decrease in the number of brittle amorphous carbon layers generated and an improvement in the flame retardance of the mining reinforcement material.

The invention discloses an improved CBFM (Characteristic Basis Function Method)-based method for fast solving target monostatic electromagnetic scattering characteristics. According the method, firstly, redundant information existing in incident plane wave excitation is considered, and the redundant information content is removed by adopting an SVD (Singular Value Decomposition) algorithm; the coupling effect among sub-domains is fully considered, and a construction method of an ICBF (Improved Characteristic Basis Function) is provided; and the information of an original PCBF (Primary Characteristic Basis Function) and an SCBF (Secondary Characteristic Basis Function) is integrated in the ICBF, so that the current information on the surfaces of the sub-domains can be accurately represented. The method disclosed by the invention has the advantages that the number of incident plane waves is reduced by utilizing the SVD algorithm; the number of CBFs is further reduced through constructing the ICBF; a constructed reduced matrix is small in dimension and easy to store and solve; and therefore, the method is very suitable for analyzing the monostatic electromagnetic scattering characteristics of electrically large size targets.

The invention discloses a preparation method of magnesium-doped cobaltosic oxide. The method comprises the following steps: magnesium is added into a cobalt solution; with the extension of synthesis time, concentration gradient of the cobalt solution added to a reaction kettle increases; simultaneously, solid-to-liquid ratio of slurry in the reaction kettle is adjusted, and dense magnesium-doped cobalt hydroxide is synthesized by a wet method; after the synthesis, the synthetic product is washed, dried and calcined to obtain a magnesium-doped cobaltosic oxide product. The product obtained by the method has uniform doping distribution of magnesium, high tap density, large specific surface area and a spherical or spheroidal shape.

A method and apparatus for transaction processing are disclosed in embodiment of that present application. By acquiring a processing request from a storage device, the processing request is used for requesting the transaction to be processed to temporarily store the acquired processing request, and if the number of processing requests reaches a preset value, an interrupt request is generated so that the server processes the transaction to be processed according to the interrupt request. By scratching the processing request, and when the number of requests processed reaches a preset value, an interrupt request is generated, which reduces the generation times of the interrupt request, thereby reducing the number of times the device acquires and processes the transaction to be processed according to the interrupt request, and reducing the interaction times between the processor and the storage device, thereby improving the working efficiency of the processor and the processing efficiencyof the transaction to be processed at the same time.

The invention discloses a transition liquid phase diffusion bonding method for additive manufacturing stainless steel and zirconium alloy, which comprises the following steps of: (1) sequentially stacking a high-temperature-resistant spacer, zirconium alloy, copper foil, nickel foil, additive manufacturing stainless steel and a high-temperature-resistant spacer in sequence to form a whole to be welded; (2) the whole to be welded is placed in a vacuum diffusion furnace cavity, vacuumizing is conducted, the diffusion welding temperature ranges from 880 DEG C to 980 DEG C, the diffusion welding pressure ranges from 0.5 MPa to 3 MPa, and the heat preservation time ranges from 60 min to 90 min; the thicknesses of the copper foil and the nickel foil are 30 microns to 50 microns; according to the method, the copper foil and the nickel foil are introduced between the zirconium alloy and the additive manufacturing stainless steel, so that the generation number of brittle phases in a diffusion welding joint is reduced to a certain extent, the residual stress of a connecting interface of the additive manufacturing stainless steel and the zirconium alloy can be effectively reduced, the generation of cracks is inhibited, and the comprehensive mechanical property of the welding joint is improved; and the shear strength result of the joint shows that the shear strength is greater than 90 MPa.

The invention discloses a method for realizing random motion of an entity in a fixed area and a storage medium. The method comprises the following steps: randomly selecting a path starting point in a limited area; sequentially and randomly generating a time period ti of each stage, accumulating the sum of the current random time periods until the total patrol time is reached, starting from a first time period, randomly moving at a constant speed, wherein the speed is random, calculating whether an end point of the current time period is in an area in advance, if the end point of the current time period exceeds the area, taking an intersection point as a transfer point in the time period, and starting from the intersection point to continue new random movement until the time period runs out; circularly executing the above steps in sequence until all random time periods are completely maneuverable. Therefore, in a given area, random motion of the combat entity in the area can be achieved according to the method, compared with a conventional random path generation algorithm, the number of times of generation of the random points and the number of times of judgment of whether the random points are located in the area are reduced, and the execution efficiency is improved.

The invention relates to a compound amino acid health product, and belongs to the field of health-care food. The compound amino acid health product is prepared from the following raw materials in parts by weight: 2.5-3 parts of L-alanine, 4.5-5 parts of L-glutamic acid, 10 parts of fructose, 15-20 parts of oligoisomaltose, 0.002-0.003 part of vitamin C, 0.0006-0.0008 part of vitamin B1, 0.0002-0.0004 part of vitamin B2, 0.0003-0.0004 part of vitamin B6, 0.0001 part of vitamin B12 and 8-10 parts of alpha-linolenic acid. The invention also provides a preparation method of the compound amino acidhealth product. The compound amino acid health product has a scientific formula and obvious mutual synergistic effects among the components, and has the effects of improving the immunity of human bodies, reducing blood fat, preventing cardiovascular and cerebrovascular diseases, relieving fatigue, enhancing physical strength, protecting eyesight, benefiting intelligence, delaying senescence, dispelling the effects of alcohol and protecting liver, and the like.

The invention provides a meshing method for a finite element model of a pile foundation spiral buried pipe heat exchanger in a fan-shaped soil area. The meshing method comprises the steps that the finite element model of the pile foundation spiral buried pipe heat exchanger in the fan-shaped soil area is established; the built finite element model of the pile foundation spiral buried pipe heat exchanger in the fan-shaped soil area is segmented into four parts including lining concrete, soil, a pile foundation inner cylinder and a pile foundation outer circular ring column; and mesh generationis carried out on each segmented part. According to the method, the sequence of grid region division and the minimum size of grid generation are reasonably set, successful grid generation can be guaranteed, the number of generated grids is effectively reduced, the grid generation time is prolonged, and a foundation is laid for subsequent numerical calculation.