281results about How to "Easy to mine" patented technology

The invention discloses a parallel data mining method for identifying a mass of mobile client bases. The parallel data mining method includes the steps of building a client value model and a client behavior model, classifying clients according to the client value model and the client behavior model, popularizing assigned preference services to the clients with the high purchasing power and the high potential purchasing inclination, and then achieving accurate marketing. According to the parallel data mining method, the mass of mobile client bases can be identified, the aspects such as Internet surfing time preferences, Internet surfing place preferences and browsed website preferences of the clients can be identified, and the social group classes of the clients can be accurately judged. Clustering and classifying can be rapidly carried out through the adopted parallel clustering algorithm and the adopted parallel classifying algorithm. By means of the parallel data mining method, different strategies can be formulated for the different client bases by an enterprise, and the important guiding function for profit maximization of the enterprise is achieved.

The invention discloses a surface activator used in oil field thick oil well that is made up from water 1500kg, sheet alkali 330kg, alcohol 450kg, oleic acid 275kg, alkyl phenol polyoxyethylene (15) ether 200kg, sodium dodecyl benzene sulfonate 150kg. The invention could decrease interface tension, and under the emulsion effecting, the o/w or w/o would form flow state in normal state to be convenient to convey and pump. The invention has low cost and high effect.

The present invention provides a method and a device for exploiting the submarine natural gas hydrate. The present invention transfers the natural gas hydrate on the submarine surface to a dredge and then to a large-volume container after being ground; a water pump is used to add sea water appropriately into the large-volume container. As the temperature of the sea water keeps about 20 DEG C, the temperature of the sea water makes the mixture of ground hydrate and sandstone fully decomposed in the large-volume container so as to separate the natural gas, water and sandstone. The separated natural gas is drained and then directly connected with a user terminal. The present invention with convenient operation and simple device can conveniently, economically and effectively achieve the exploitation of the submarine natural gas hydrate.

The invention discloses a mechanical continuous mining method for a gently inclined thin ore body. Based on the principle of lengthening the slope distance to reduce the angle, ore blocks are arranged in an inclined way, so that an angle smaller than the original inclination angle can be formed between a working plane and the horizontal plane, thus creating an operating space for a drill jumbo and a scraper; a return air shaft is arranged at the corner of one ore room so as to be communicated with an upper horizontal return airway; each ore room is provided with an orepass used for the transmission of ores in the ore room; and a tunnel is respectively excavated along the strike direction above and below each ore room, the upper tunnel is used for ventilation connection, and the lower tunnel is used for ore removal connection. The invention is especially applicable to the mining of the gently inclined thin ore body of an underground mine, mining preparation has no requirements for undercutting projects, and the drill jumbos and scrapers are used for the operation, thereby achieving the characteristics of high degree of mechanization, high production efficiency, full-thickness continuous mining and low ore loss rate.

Disclosed are methods, systems and apparatus for constructing assemblies of biological knowledge constituting a biological knowledge base, and for subsetting and transforming life sciences-related data and information into biological models to facilitate computation and electronic reasoning on biological information. A subset of data is extracted from a global knowledge base or repository to reconstruct a more specialized sub-knowledge base or assembly designed specifically for the purpose at hand. Assemblies generated by the invention permit selection and rational organization of seemingly diverse data into a model of any selected biological system, as defined by any desired biological criteria. These assemblies can be mined easily and can be logically reasoned with great productivity and efficiency.

The invention provides a saline-alkali soil brackish water film mulching drip irrigation processing tomato planting method, which comprises the following steps: (1) planting processed tomatoes: planting the processed tomatoes by adopting a manner of wide rows and high ridges, and mulching a white film above plants; (2) laying out a drip irrigation system, wherein an interval b between the drip irrigation systems is 48 to 52 cm; an interval a between drip emitters is 0.25 to 0.35 m; (3) carrying out high-frequency and small fixed amount water irrigation in a growing period of the processed tomatoes: alternatively irrigating brackish water and fresh water, and adopting the fresh water for irrigation in a seedling stage, and no irrigation in a red-mature period. The invention puts forward a cultivation method taking the brackish water and saline-alkali soil as targets in combination with the realities of shortage of fresh water resources, abundant underground brackish water resources and serious soil salinization in an arid region and a semi-arid region, and not only moisture is enabled to be held up within a field microcirculation of soil-and-film, deep seepage losses of the moisture are greatly reduced, but also under-film soil evaporation is remarkably lowered, sources of soil secondary salinization are cut off and the surface accumulation of salt is eliminated.

The invention relates to an on-line measuring device for measuring generating amount and discharging amount of shale gas. The device comprises a heating tube; a rotary needle valve, which can screw into the inner cavity body of the heating tube and is arranged on the heating tube; a shale packaging tube, which is arranged in the inner cavity body of the heating tube; a vacuuming system, which is connected with the inner cavity body of the heating tube; an inert gas providing system, which is connected with the inner cavity body of the heating gas, a gas collecting system, which is connected to the inner cavity body of the heating tube; a gas analysis gas chromatography, which is connected to the gas collecting system; and a pressure sensor used for detecting the air pressure of the inner cavity body of the heating tube. The online measuring device has the advantages that processes of shale hydrocarbon generating and shale hydrocarbon discharging are truly simulated under geological conditions, and the measure results are precise and reliable.

The invention relates to a physical simulation huff-puff production experimental method and device. The method is characterized by comprising the steps that 1, a core model for an experiment is vacuumized; 2, simulation formation water is sucked into the core model till the core model absorbs water to reach saturation; 3, crude oil is injected into the core model till no simulation formation water is drained out of the core model; 4, according to the solution gas-oil ratio data of a target oil field to be measured and core model output simulation formation water volume, the volume of gas needing to be injected into the core model is worked out; 5, the gas is injected into the core model; 6, huff-puff fluid is injected into the core model, the core model is closed, and a soaking process is simulated; 7, after experiment time is up, the core model is opened for huff-puff fluid and crude oil spurt, and one-time physical simulation huff-puff production experiment is completed. Experiments in different huff-pull ways can be carried out, influence effects of different injection parameters or parameter quantized comparison effect data, and a reliable evaluation platform is provided for thickened oil field exploitation in different huff-puff ways.

The invention provides a steeply inclined ore body room-and-pillar mining method, comprising the following steps: a traveling roadway is tunneled along the trend of the ore body; broken-ore troughs are tunneled in the traveling roadway at interval with the broken-ore troughs as junctions, two inclined shafts are tunneled toward the uphill direction to the top of a quarry; a rhombic ore block formed between the inclined shafts is mined from top to bottom in sequence; ore pillars are left in the rhombic ore block at interval; ores mined in the process of tunneling slip into the broken-ore troughs along the inclined shafts depending on self weight and then put into a mine car in the traveling roadway from the broken-ore troughs to be delivered; the tunneled inclined shafts in networked cross distribution can serve as a passage and an ore chute for the miners to go up and down and as a ventilation shaft and a workplace for rock drilling, ore breaking and blasting avoiding. The method is good in ventilation effect, safe, reliable, low in cost, simple in construction operation, high in ore recovery ratio and low in dilution ratio.

The invention discloses a seabed natural gas collecting device for suspension buoyancy tank electric heating, and belongs to the technical field of natural gas collection. The device comprises a mother ship and a hollowed natural gas collecting cover; a natural gas storage device is arranged on the mother ship, and is connected to the top of the natural gas collecting cover through a gas extracting pipeline; the natural gas collecting cover is connected to the bottom of the mother ship through a water separation pipe; the gas extracting pipeline is arranged in the water separation pipe; anchoring systems are arranged around the bottom of the natural gas collecting cover; a pressure adjusting system is arranged at the bottom of the natural gas collecting cover; a propelling system is arranged on the outer wall of the natural gas collecting cover; a density adjusting system is arranged on the natural gas collecting cover; and a temperature adjusting system and a stirring system are arranged in the natural gas collecting cover. The device mainly solves the problem of incapability of forming emission and leakage of natural gas in the decomposition, collection and extraction process of natural gas hydrates on a seabed mud bed.

The invention relates to a ceramic brick prepared from aeolian sand. The ceramic brick comprises the following raw materials by weight percent: 50-60% of Uxen aeolian sand. 20-28% of Tuke clinker, 12-20% of Uxen white clay and 2-8% of magnesite. The ceramic product is prepared by the steps of ball milling, smashing, sieving, deironing, forming and firing at the temperature of 1080-1220 DGE C. According to the invention, the aeolian sand enriched in Inner Mongolia is used as a main ceramic-making material, which is beneficial to low-cost desert control and leads the production cost of the ceramic product to be greatly reduced; and the prepared ceramic product has the advantages of excellent quality, small size difference, low water absorption and high strength, and relative indexes reach the requirement of national detection standards.

The invention discloses a supercritical hydrothermal combustion treatment and steam injection system for oil extraction waste liquid. The supercritical hydrothermal combustion treatment and steam injection system for the oil extraction waste liquid comprises a coagulation pretreatment unit; the coagulation pretreatment unit is connected with a material transporting unit; the material transporting unit is connected with a supercritical hydrothermal combustion unit; the supercritical hydrothermal combustion unit is connected with an initiating preheating unit; the supercritical hydrothermal combustion unit is connected with a supercritical water treatment oxidization unit; the supercritical water treatment oxidization unit is connected with a steam post-treatment unit; the oil extraction waste liquid can be treated harmlessly, meanwhile, an effective steam injection medium can be provided, and heavy oil recovery efficiency is improved.

The invention relates to an oil-soluble and water-soluble composite temperature-resistant and salt-resistant viscosity reducer for super heavy oil in the field of petroleum exploitation. The composite viscosity reducer contains oil-soluble viscosity reducer A and water-soluble viscosity reducer B, and mass ratio of the oil-soluble viscosity reducer A to water-soluble viscosity reducer B is 1:(4-9). The viscosity reducer provided by the invention has the following advantages: the viscosity reducer has temperature resistance (up to 140 DEG C), salt resistance (up to 22*10<4>mg/L), and combines the advantages of both oil-soluble viscosity reducers and water-soluble viscosity reducers; the viscosity reducing effect is obviously superior to the effect of single use of oil-soluble viscosity reducer and water-soluble viscosity reducer; the application range is wide; the viscosity of the oil phase can be reduce after demulsification; and demulsification is not affected and water quality is not influenced. The viscosity reducer provided by the invention can greatly saves consumption of thin oil and exploitation cost when being used for well casing viscosity reduction; and can effectively improve exploitation and delivery performance of heavy oil/super heavy crude oil and greatly increase well yield when being used for heavy oil viscosity reduction.

The CO2 mineralizing process includes the steps of: grinding silicate mineral of natural calcium and magnesium into powder, mixing with the mixed solution of sodium bicarbonate and sodium chloride or distilled water in a reaction kettle, filling CO2 gas to the reaction kettle to 3-12 MPa and reaction at 100-250 deg.c via stirring for 30-90 min to produce carbonate and realize the permanent storage of CO2. The present invention adopts rich natural silicate and can realize large scale CO2 treatment.

The invention relates to a petalite heat-resistant ceramic wok. The petalite heat-resistant ceramic wok is prepared by firing the following raw materials in parts by weight: 45 to 65 parts of petalite, 15 to 40 parts of spodumene, 12 to 20 parts of quartz, 15 to 20 parts of kaolin, 6 to 9 parts of talc, 5 to 8 parts of microcrystalline ceramic powder, 1 to 3 parts of halloysite nanotubes, 0.5 to 1part of nanometer tungsten carbide powder, 0.5 to 1 part of nanometer technetium oxide powder, 0.3 to 0.5 part of polyacrylamide. The petalite heat-resistant ceramic wok utilizes the cheaper petaliteas a main raw material, and the prepared petalite heat-resistant ceramic wok has good thermal shock resistance, good crack resistance, good wear resistance and good thermal conductivity.

The invention discloses a hydrophobic membrane laminating propping agent as well as a preparation method and application thereof. The hydrophobic membrane laminating propping agent can be used for sticking bubbles and has excellent flow guide capability and transporting capability, and good hydrophobic property, lipophilic property and oil-penetration and water-resisting properties; the oil production amount of crude oil is improved and petroleum is easy to exploit; the method is simple and easy to popularize, and is suitable for industrialization; the cost is low, the damage level to a stratum is relatively low and environment protection and sustainable development are facilitated.

The invention relates to a method for exploiting residual crude oil in a low-permeability oilfield by using a polymer micro/nanoparticle, comprising the following steps of: (1) carrying out prior period water drive on the low-permeability oilfield; (2) measuring the average throat radius of the low-permeability oilfield to determine the particle size r of the polymer micro/nanoparticle, wherein the particle size r of the polymer micro/nanoparticle meets a formula shown as the specification; (3) carrying out copolymerization by using a distillation-precipitation method according to the determined particle size r of the polymer micro/nanoparticle to obtain the polymer micro/nanoparticle; and (4) injecting the polymer micro/nanoparticle obtained in the step (3) into an oil layer, and carrying out the following water drive on the low-permeability oilfield. The method has the advantages that the used polymer micro/nanoparticle injection system can selectively enter large, medium and small ducts, a stronger wave and volume expanding function and an oil washing capacity are achieved, the residual oil on a low-permeability layer is better exploited, the crude oil exploiting yield is increased, and the economic benefit is increased.

The invention provides a sample treatment method for combining multiple in-situ micro-area test analysis. The sample treatment method mainly comprises three steps such as sample collection, target positioning, and sample preparation. According to the present invention, by macroscopically and microscopically observing and positioning the target area, and reasonably setting and coordinating the sample treatment process and the method, the in-situ micro-area test analysis in the structure, the component, the isotope and other fields are performed on the same part of the same sample to the greatest extent, the destructive and non-destructive in-situ micro-area analysis methods of a variety of samples are combined, and the possibility is provided for the fine description and analysis of the reservoir.

The invention provides a multi-stage composite rotational flow and turbulent flow sound wave super-strong viscosity reduction, paraffin control and oil increasing device. The multi-stage composite rotational flow and turbulent flow sound wave super-strong viscosity reduction, paraffin control and oil increasing device comprises a pipe shell; an oil inlet is formed in the front end of the pipe shell; an oil outlet is formed in the rear end of the pipe shell; a layered rotational flow mechanism is mounted in the position, located behind the oil inlet, in the pipe shell and comprises an outer-layer rotational flow sleeve mounted on the inner wall of the pipe shell; a middle spacer sleeve is fixedly arranged on the inner wall of the outer-layer rotational flow sleeve; an inner-layer rotationalflow column core is arranged in the middle spacer sleeve; the middle spacer sleeve is used for separating an inner-layer oil passage from outer outer-layer oil passage; an atomizing nozzle is arranged in the position, located on the inner side of the oil outlet, in the pipe shell; a multi-stage turbulent flow mechanism is arranged at the outer end of the oil inlet in the pipe shell; a first-stageturbulent flow chamber is formed between the multi-stage turbulent flow mechanism and the layered rotational flow mechanism; a second-stage turbulent flow chamber is formed between the rear end of the middle spacer sleeve and the end part of the inner-layer rotational flow column core; and a third-stage turbulent flow chamber is formed between the layered rotational flow mechanism and the atomizing nozzle. According to the multi-stage composite rotational flow and turbulent flow sound wave super-strong viscosity reduction, paraffin control and oil increasing device, the paraffin control and viscosity reduction effects are greatly improved, the efficiency of an oil well pump is improved, an oil pipe almost cannot be blocked, and the yield of an oil well is increased.

The invention discloses a mining method of efficient big collapse area ore mining. Fine tailings are used for filling the collapse area in a cemented mode, and concentration is 50%, and therefore scattered particles can be bonded into an integrated part and mining is convenient. Construction method of downward middle section is used, a mined stope cemented filling body is used as a top plate for the next middle section stope. Grouting is carried out on medium gun hole area which is difficult to construct to solve the problem of rock drilling in medium gun holes. Cement paste pouring is carriedout in large holes which are difficult to construct, when the cement paste seeps down and solidifies, rock drilling construction is carried out to solve the problem of large hole rock drilling. Wellcutting and groove cutting are not carried out at the bottom of the stope. Cutting grooves are formed by squeeze blasting in a medium gun hole encryption area. Drilling chamber construction is not carried out on the upper portion of the stope. Sector-shaped large diameter gun holes are constructed in roadways. Downward sector-shaped hole blasting mining is adopted, and therefore rock drilling construction is convenient.

The present invention relates to production process of decolorizing material for printing and dyeing waste water, and features that Hangjin clay No. 2 as main material is prepared into the decolorizing material through crushing to 40-80 mesh, activating with 1.0-2.5 mol/L concentration H2SO4 solution in the quantity of 2-3 times at 80-95 deg.c for 1-2 hr, neutralizing with 3-6 mol/L concentration alkali solution to pH 7-8, solid-liquid separating, pelletizing, stoving at 90-100 deg.c and calcining at 750 deg.c for 2-4 hr. The produced filtrate may be evaporated and concentrated to obtain side product Na2SO4 .10H2O or (NH4)2SO4. The decolorizing material has decolorizing rate on printing and dyeing waste water higher than 94 %. The production process is simple and low in cost, and has no pollutant exhaust.

The invention provides a high-temperature high-pressure fluid solid-phase deposition simulation device, which comprises a sample injection system for configuring and outputting a fluid sample; a solidphase deposition system communicated with the sample injection system and used for carrying out solid phase deposition on the fluid sample output by the sample injection system; and a back pressure system communicated with the sample injection system and the solid phase deposition system and used for controlling the pressure of the solid phase deposition system. The sample injection system is used for preparing the fluid sample and inputting the fluid sample into the solid phase deposition system, solid phase deposition is carried out on the fluid sample, the pressure of the solid phase deposition system is controlled through the back pressure system, and magnitude detection is carried out on the solid phase deposit by adopting a weighing method. The device has the beneficial effects thatthe problem of solid phase deposition in deep gas reservoir, condensate gas reservoir and gas injection miscible flooding oil reservoir exploitation is solved, a scientific research means and a prediction evaluation technology are provided, reservoir damage blockage and wellbore are avoided, and oil reservoir exploitation is facilitated.

The invention discloses a stone excavation method based on a mine hammer. The method comprises the following steps of enabling construction equipment to enter a site, wherein the construction equipment is moved to the construction site where stone is to be excavated; selecting a hammering working face, wherein the construction hammering working face is selected on the stone to be excavated, a fallface is arranged on one side of the hammering working face, the height of the fall face ranges from 1 m to 5 m, and the distance between the hammering working face and the fall face ranges from 0.5 mto 3 m; performing punching, wherein the mine hammer is used for hammering a plurality of operation holes in the hammering working face; and performing stone decomposing, wherein the stone which is held open from the hammering working face is dug out and secondarily crushed through a crushing hammer and/or a rock arm, and the stone is crushed into dimension stone which is easy to load and transport; and performing truck loading and transportation. According to the method, stone excavation is conducted through the mine hammer in a non-blasting mode, explosion damage is avoided, combined line production is adopted through the mine hammer and other devices, the method can adapt to various terrains, the construction speed is high, and the construction efficiency is high.

The invention discloses an analog simulation experiment device and method for solid gas coupling of upper protective layer mining. The device comprises an experiment box and a permeability testing system. The experiment box is arranged in a sealed mode, an organic glass plate and a steel plate on the experiment box are provided with a gas inlet hole and a testing hole corresponding to the gas inlet hole respectively, and a stress sensor of the experiment box is sequentially connected with a data collecting instrument and a computer. The permeability testing system is composed of an air compressor, a gas storage tank, a high-pressure rubber pipe, a branching unit, a check valve, a pressure gauge and an electronic flow meter. An inflation system is connected to an inflation hole in the experiment box, and the permeability testing system is connected to the testing hole of the experiment box. The experiment method includes the steps that firstly, a model is laid; secondly, an air impermeability test is conducted; thirdly, an experiment is conducted, and data are recorded. According to the analog simulation experiment device and method for solid gas coupling of upper protective layer mining, the change rule and the distribution characteristics of stress, deformation and permeability in mining underlying coal and rock masses can be measured, the operation process is simple, effects are clear and visual, the testing period is short, and convenience is provided for studying protective layer mining.