233results about How to "Realize cost reduction and efficiency increase" patented technology

The invention provides an antenna azimuth angle optimization method and device based on MR positioning data. The antenna azimuth angle optimization method based on the MR positioning data comprises the following steps: obtaining an azimuth angle of a sampling point with respect to a specific cell based on the MR positioning data of the sampling point of the specific cell and work parameter data ofthe specific cell; obtaining a user average azimuth angle of the specific cell based on user levels of the specific cell and the azimuth angle of each sampling point; and adjusting an antenna azimuthangle corresponding to the specific cell according to a difference value between the user average azimuth angle and the work parameter azimuth angle of the specific cell. The invention completes rationality analysis of the antenna azimuth angle based on the sampling point on the basis of the accurate MR positioning data, and compares the existing network work parameter data and checks the deviation, so as to carry out fine optimization of the antenna azimuth angle; compared with the traditional antenna feeder optimization relying on the Davi field census, the antenna azimuth angle optimization method and device based on the MR positioning data has higher efficiency and less cost, and can timely discover the demand for antenna feeder optimization due to the change of a traffic model; therefore, cost reduction and efficiency increase are truly realized.

The invention discloses a magnesia castable and a production process of a slag baffling component for a tundish. The magnesia castable comprises the following raw materials in parts by weight: 70-95 parts of magnesia consisting of magnesia aggregate and magnesia fine powder, 4-15 parts of silica, 5-30 parts of waste magnesia-chrome brick consisting of waste magnesia-chrome brick aggregate and waste magnesia-chrome brick fine powder, 2-10 parts of silicon dioxide micropowder, 0.1-0.5 part of a composite additive, 0.01-0.1 part of organic fiber and 0.1-1 part of steel fiber. The slag baffling component for the tundish, which is produced from the magnesia castable provided by the invention, is long in service life, resistant to molten steel erosion, resistant to slag erosion and good in anti-peeling performance.

The invention provides a method for controlling welding deformation between a seal head and a skirt transition section. The method includes welding a processing pad above a position, used for assembling the skirt transition section according to design, of the outer wall of the seal head; welding the skirt transition section at the bottom of the processing pad, and performing bead weld between the inner side surface of the skirt transition section and the seal head; removing the processing pad; and performing girth welding on the seal head and a barrel, and performing bead weld between the upper surface of the skirt transition section and the seal head. The method overcomes defects of the prior art; the welding deformation between the seal head and the skirt transition section can be effectively controlled; welding quality is guaranteed while welding materials are saved; and meanwhile, miss-match of welding joints can be guaranteed during assembling of the seal head and the barrel, and product quality is greatly improved.

The invention provides a corn seed production profiling combination seeding machine and a seeding method of the seeding machine. The seeding machine comprises a machine frame, a traction frame, a medicine pot, a drip irrigation belt support frame, a mulching film support frame, a fertilizer discharge pipe, a fertilizer box, a land wheel, a furrow opener installing frame and a furrow opening plough, wherein a seeder installing shaft capable of rotating around the self axial line is arranged on the machine frame, a seeder and a soil covering circular disc capable of upwards and downwards swinging are arranged on the seeder installing shaft, the fertilizer box is connected with a land wheel shaft through a motive power transmission mechanism, and the profiling furrow opening plough and a profiling furrow pressing roller are also arranged on the machine frame. The seeding mode is selected according to the water source conditions, only the mulching film is paved when the furrow opener is used, and the seeding is carried out on the mulching film. The mulching film and a drip irrigation belt are simultaneously paved when the furrow opener is not used, the mulching film is positioned at the upper side, and the seeding is carried out on the mulching film. The seeding machine meets the seed growth requirements, in addition, the water saving is realized, the precise quantity and precise position seeding can be realized, the operation procedure is reduced, the cost reduction and the efficiency enhancement are realized, and the machine and the method adapt to corn seeding production.

The invention discloses a new energy power plant station management platform, which comprises a host storage layer, a network communication layer, a support software layer, a data resource layer, an application system layer and a user interaction layer. The host storage layer provides computing, storage and disaster recovery resources. The network communication layer completes operating data access of a field new energy power plant station, and supports data transmission and exchange in wireless and wired manners. The support software layer is used for scheduling and expanding the computing and storage resources of the host storage layer by means of virtualization software. The data resource layer realizes persistent storage and use of various types of business subject data by adopting a traditional relational database and various NoSQL databases according to different data features. The application system layer transmits new energy power plant data to the management personnel in realtime, provides online control and plant station management, and utilizes data of the data resource layer to perform fault prediction and diagnosis by means of data pattern identification and adoptinga model training algorithm. The user interaction layer is used for establishing user interaction channels for different application scenarios.

The invention discloses a secure transaction execution method based on a smart contract. The method comprises the following steps: deploying a blockchain node service; receiving the original transaction voucher information for uplink storage; enabling each transaction processing node to sign a smart contract and deploy the smart contract to the blockchain; recording the encrypted transaction voucher information on a transaction data alliance chain based on the smart contract; judging whether a contract is deployed on a blockchain for a current smart contract, analyzing transaction parameters corresponding to the smart contract, checking the identity compliance, security and authority of the transaction parameters of the smart contract, packaging the smart contract, and enabling an execution end to call the smart contract and execute the smart contract; sending the effective consensus information to other transaction processing nodes, determining that the smart contract is effective, and performing uplink evidence storage. According to the invention, the information security is ensured, the requirements of the bank for transaction checking and account checking and clearing are met, the processing efficiency of each link in the transaction process is improved, the default risk caused by human factors is reduced, and the cost reduction and benefit increase of an industrial chain are promoted.

A clamp for a central hole of a sliding fork drilling end surface comprises a base plate; a support, a rotary disc, a left linear guide pair, a right linear guide pair and a power driving mechanism are arranged on the base plate; the rotary disc which is arranged on the base plate is arranged under the support; a positioning V-shaped block with the upward opening is connected to the support detachably; the left linear guide pair and the right linear guide pair are arranged on the left side and right side of the rotary disc; a left sliding block base is connected to the left linear guide pair in a sliding mode; a right sliding block base is connected to the right linear guide pair in a sliding mode; a left clamping V-shaped block is arranged on the right side of the left sliding block base; a right clamping V-shaped block is arranged on the left side of the right sliding block base; openings of the left clamping V-shaped block and the right clamping V-shaped block are oppositely formed; the power driving mechanism is in linkage with the rotary disc, the left sliding block base and the right sliding block base through the transmission mechanism. The clamp for the central hole of the sliding fork drilling end surface has the advantages of improving the product quality and labor intensity of workers, saving machining costs for parts, reducing labor intensity of the workers and reducing machining difficulties of tools.

The invention provides a well path petrological facies calibration method. The method comprises the steps of dividing a rock section of a selected standard well into petrological facies of different types according to preset stratum parameters to obtain a petrological facies division result of the standard well, and extracting the characteristic marks of each type of the petrological facies to obtain a characteristic petrological facies of the standard well; performing vertical projection on a well path of a horizontal section of a to-be-analyzed well and a well-logging curve to obtain a projection path and a projection well-logging curve; according to the projection well-logging curve and the petrological facies division result of the standard well and based on the characteristic petrological facies of the standard well, acquiring the petrological facies types which the projection path encounters in drilling and further determining the petrological facies which the well path of the horizontal section of the to-be-analyzed well penetrates, thereby acquiring the petrological facies calibration result of the well path of the horizontal section of the to-be-analyzed well. The method can determine petrological facies directly and accurately, select preferable fracturing sections rapidly, promote oriented or secondary fracturing and feed back optimized drilling steering and is of great importance for the exploration and development of unconventional resources.

The invention discloses a thick-specification wide X65M pipeline steel hot-rolled rolled plate and a manufacturing method thereof. The hot-rolled rolled plate is prepared from, by mass percent, 0.06%-0.08% of C, not larger than 0.25% of Si, 1.45%-1.60% of Mn, 0.045%-0.055% of Nb, 0.020%-0.030% of Ti, 0.25%-0.35% of Cr, 0.09%-0.12% of Mo, 0.020%-0.050% of Alt, not larger than 0.015% of P, not larger than 0.008% of S and the balance Fe and inevitable impurities. The thick-specification wide X65M pipeline steel hot-rolled rolled plate is designed through C-Mn-Nb-Ti-Cr-Mo alloy ingredients, and the hot-rolled rolled plate with low cost and excellent comprehensive performance is obtained in combination with a clean steel smelting and TMCP controlled rolling and controlled cooling process.

The invention provides a method for increasing crude oil recovery ratio through modifying, flooding and washing alternate injection. The method includes the steps that oil field injection water and permeability adjustment materials are mixed, and a permeability modifying agent is prepared after mixing; the permeability modifying agent is injected into a target reservoir, and the first-level permeability adjustment slug A<1> is formed; the oil field injection water and micellar flooding washing materials are mixed, and a micellar flooding washing agent is prepared after mixing; the micellar flooding washing agent is injected into the target reservoir, and the first-level micellar flooding washing agent slug B<1> is formed; the steps are executed for i times repeatedly, and the i-level permeability adjustment slug A and the i-level micellar flooding washing agent slug B of the target reservoir are formed. The problems that in a chemical flooding system containing polymers,the polymers potentially harm low-permeability areas rich in residual oil and consequently the recovery ratio is low, injection and production are difficult due to long-term injection, the construction time is long, the treatment difficulty of production fluid is large, and application to oil reservoirs with high temperature, high salt or high viscosity heavy oil is difficult are solved, and the crude oil recovery ratio is greatly increased.

The invention belongs to the technical field of ground extraction of coalbed methane, and particularly relates to a reuse method of abandoned coalbed methane wells in a goaf. The technical problem ofreuse of abandoned coalbed methane wells in the goaf is solved. The reuse method of the abandoned coalbed methane wells in the goaf comprises the steps that the part of a production casing of a coalbed methane well located in a heading face or a recovery face is cut, a peeping instrument is used for checking the deformation of the production casing in a first opening of an abandoned well in the goaf and a second opening of the abandoned well in the goaf, then the casing is milled to be shaped, a drill bit is conventionally drilled to 50m below a floor of a underlie coal seam, then drilling competition is performed, so that a third opening for new gas production is formed, then the production casing is lowered and fixed into the second opening of the abandoned well in the goaf by a hanger,and perforation, fracturing, pump lowering and drainage and extraction are performed. By adopting the technical scheme, it is possible to use a ground abandoned well in a coal mine goaf to efficientlyextract the underlie coalbed methane of the goaf, the safe and efficient mining of the coal mine is ensured, and meanwhile, cost reduction and efficiency increase during the development of coalbed methane are realized.

The invention discloses a preparation method of a wind turbine blade. The method comprises the following steps: laying fiberglass cloth, girders and a sandwich core in a suction side / pressure side shell mold, then carrying out vacuum resin infusion, solidifying and demoulding to obtain an integral body of shells and the girders; laying the fiberglass cloth, a core material and the fiberglass clothsequentially in a wind turbine blade prefabrication trailing edge mold, carrying out vacuum resin infusion, solidifying and demoulding to obtain a prefabricated trailing edge; molding the prefabricated trailing edge integrally by using the trailing edge of the suction side shell and the trailing edge of the pressure side shell; respectively sticking the two ends of a leading edge web and a trailing edge web with the suction side girder and the pressure side girder, and enabling the suction side shell to be partially stuck with the front edge part of the pressure side shell; sticking the prefabricated trailing edge with the suction side shell and the pressure side shell to obtain the wind turbine blade. The prefabricated trailing edge can be used for detailing control of a vertex, so thatthe molding defects such as folds are avoided to the utmost extent; the sticking surfaces of the prefabricated trailing edge and the shells are planes, so that the sticking difficulty is greatly reduced, and the quality is also guaranteed.

The invention provides an operation optimization method for a LNG (Liquefied Natural Gas) receiving station, and relates to the field of information automation. The method comprises the following steps that: obtaining the related parameter of the LNG receiving station, and triggering the working situation model module of the operation equipment of the LNG receiving station in fixed time to obtaina working condition model corresponding to each piece of equipment; constructing the integral optimal scheduling model of the LNG receiving station on the basis of each working condition model, and carrying out optimal solving on the integral optimal scheduling model of the LNG receiving station to obtain a scheduling scheme after the LNG receiving station is optimized; and on the basis of the scheduling scheme, scheduling the LNG receiving station. By use of the method, the integral optimal scheduling model of the LNG receiving station is established, on the premise of meeting the external output plane of natural gas, the optimal scheduling scheme is automatically given by taking the minimum total production cost of the operating system of the LNG receiving station as a target, the scheduling economy of the operating system of the LNG receiving station is improved, the targets of energy saving, emission reduction, cost reduction and synergy of an enterprise are realized, and the problem brought by artificial subjectivity and insufficient experience of scheduling personnel is avoided to a certain degree.

The invention relates to a three-level compound petroleum yield increasing method. The method comprises the following steps that 1, a core sample is selected to conduct an acid solution ratio experiment, an acid-etched fracture conductivity experiment, and a fracture conductivity experiment of a placing propping agent, the acid solution ratio is measured through the acid solution ratio experiment, flow conductivity parameters are measured through the acid-etched fracture conductivity experiment and the fracture conductivity experiment of the placing propping agent respectively, the yield is predicted based on the measured flow conductivity parameters, and if the acid solution ratio is above 20% and the predicted yield reaches an index value, an acid fracturing, hydraulic sand fracturing and matrix acidizing three-level compound yield increasing method is selected and conducted; 2, according to the sequence of acid fracturing, hydraulic sand fracturing and matrix acidizing, the acid fracturing, hydraulic sand fracturing and matrix acidizing are conducted for increasing the petroleum yield respectively.

The invention provides a nanometer emulsion oil-displacing agent and a preparation method thereof. The nanometer emulsion oil-displacing agent provided by the invention comprises the following ingredients in parts by weight: 30-45 parts of mineral oil, 3-8 parts of an emulsifier, 30-50 parts of monomer alkaline and water mixed liquor, 0.01-0.5 part of a cross-linking agent, 0.05-0.5 part of an oxidizing agent and 0.04-0.7 part of a reductant. According to the nanometer emulsion oil-displacing agent, raw materials are mixed and stirred orderly to form the emulsion of a water in oil system. Themolecular weight of the prepared nanometer emulsion oil-displacing agent is greater than 2000 thousands, a grain size in a particle is less than 40nm, interfacial tension is 9.0*10<-5>-8.6*10<-4> / m, astable storage period is greater than 240 days, and layering is unlikely to happen. The nanometer emulsion oil-displacing agent can reach any corner communicated with an oil deposit, rock surface wettability is changed, and swept volume is improved so as to be favorable for peeling and harvesting crude oil.

The invention provides a digital twinborn body construction method for precise monitoring of a sunlight greenhouse. The digital twinborn body construction method comprises the following three steps that 1, preparation is carried out, and early-stage information is collected and a digital twinborn sunlight greenhouse scheme is formulated; 2, a digital twinborn sunlight greenhouse is constructed, and the digital twinborn sunlight greenhouse comprises a digital process, a standardized process and an intelligent process; and 3, operation maintenance is carried out, and the constructed digital twinborn body is expanded, fed back and optimized. According to the digital twinborn body construction method for precise monitoring of the sunlight greenhouse, automatic real-time acquisition, display and modeling analysis of multi-environment element data can be realized, automatic linkage regulation and control according to an early warning rule are supported, and the effects of improving crop yield, reducing operation and management cost, improving disaster risk resistance, optimizing a management mode and enhancing greenhouse automatic management and control capability are achieved.

The invention relates to an anti-toppling tool for installation of ship rudder blades. The anti-toppling tool comprises a combined module vehicle and a rudder blade anti-toppling tool platform; the rudder blade anti-toppling tool platform is fixedly connected to the upper surface of the combined module vehicle through a platform connecting plate; rudder blade anti-toppling tool main body supportsare arranged on the rudder blade anti-toppling tool platform; a rudder blade mounting station is reserved at the position, between the rudder blade anti-toppling tool main body supports, of the rudderblade anti-toppling tool platform; reinforcing diagonal bracings fixedly connected to the combined module vehicle are symmetrically arranged on the outer sides of the rudder blade anti-toppling toolmain body supports; and anti-toppling bracings used for locking the rudder blades are symmetrically arranged on the inner sides of the rudder blade anti-toppling tool main body supports. The anti-toppling tool has the advantages that manual input is saved in the installation process of the rudder blades, the intrinsic safety degree of the installation is improved, in addition, a hydraulic unit transportation platform can be replaced, the vacancy rate of equipment is decreased, the function of the equipment of a company is exerted to the maximum degree, and the objectives of lowering the cost and improving the efficiency are achieved.

The invention discloses a multilayer composite structure three-dimensional fabric and a preparation method thereof. The three-dimensional fabric comprises at least one structure unit composed of a three-dimensional weaving structure layer and at least one needling structure layer; each structure unit and two adjacent structure units are connected in a Z direction through a needling process; and the three-dimensional weaving structure layer is a 2.5 D structure layer, a three-direction orthogonal structure layer or a fine weaving puncture structure layer. According to the fabric, the 2.5 D, three-direction orthogonality, fine weaving puncture structure and needling structure are organically combined into the structure and function integrated composite material, the needling structure bears the mechanical properties of heat insulation and heat preservation performance of the material, and the weaving structure bears the mechanical properties of high specific strength, high specific modulus, impact resistance and the like of the material, so that the obtained composite material can meet the use requirements of the material, and rapid and low-cost production can be realized.

The invention discloses a distribution transformer harmonic wave equalizing device, which comprises a hybrid active power filter, a three-phase supplying and compensating intelligent capacitor, an inverter current feedback device, an ARM control protection module and a data acquisition test terminal, and is characterized in that the hybrid active power filter is used for compensating harmonic wave pollutions in each harmonic wave elimination circuit; the three-phase supplying and compensating capacitor is used for carrying out compensation on reactive power in the circuit; the inverter current feedback device is applied to a distribution transformer output end so as to carry out treatment on active power imbalance; the ARM control protection module is used for protecting the whole device; and the data acquisition test terminal is used for acquiring electric energy quality data and transmitting the acquired electric energy quality data. The distribution transformer harmonic wave equalizing device adopts targeted comprehensive treatment in allusion to harmonic waves, reactive power and three-phase imbalance, effective management for the electric energy quality of a low-voltage distribution network can be achieved, the power supply quality is improved, the running safety of power supply equipment is ensured, occurrence of production accidents is avoided, the power supply efficiency is improved, the power grid loss is reduced, energy conservation, emission reduction, cost decreasing and benefit increasing are realized for the running economy of a power grid, the electric energy quality is improved, and the power grid runs safely.

The invention discloses a La-containing high-strength steel plate and a heat treatment technology thereof, and belongs to the technical field of heat treatment of steel materials. The La-containing high-strength steel plate comprises the following chemical components in percentage by weight: 0.14 to 0.30 percent of C, 1.5 to 2.0 percent of Mn, 0.6 to 1.0 percent of Si, less than or equal to 0.015 percent of P, less than or equal to 0.002 percent of S, 0.01 to 0.06 percent of Ti, 0.0005 to 0.0040 percent of B, 0.001 to 0.1 percent of La and the balance of Fe and inevitable impurities. According to the heat treatment technology, the austenitizing temperature is between 900 and 950 DEG C, heat preservation is performed for 0.5 to 3 hours and then water quenching is performed, the tempering temperature is between 190 and 250 DEG C, and the heat preservation time is 1 to 30 hours. The steel plate produced by the heat treatment technology has high mechanical properties, the tensile strength of 1,500 to 1,700 MPa, the yield strength of 1,100 to 1,300 MPa and the elongation of 7 to 15 percent; and moreover, the production cost is low, and steel plates with the thickness of 5 to 25mm can be produced in batches.

The invention provides a thick oil extraction, gathering and conveying integrated process method based on an Internet-of-things technology. According to an existing oil extraction, gathering and conveying process, the segment production management mode is adopted, the thick oil gathering and conveying process adopts the single heating conveying mode, thus, unified management is disadvantageous, and energy is wasted; according to the thick oil extraction, gathering and conveying integrated process method based on the Internet-of-things technology, the heating conveying mode and the oil-in-wateremulsification viscosity reduction conveying mode are adopted in the gathering and conveying process for taking the synergistic effect so that energy waste can be reduced greatly, and carbon emissioncan be reduced; meanwhile, the oil extraction and oil gathering integrated process technology is adopted, and thus, unified management and maintenance are facilitated; and through the Internet of Things, data are allocated, compared and calculated in a unified mode, and various parameters are adjusted, so that the oil yield of an oil field can be improved, energy consumption is reduced, and costreducing and efficiency improving are achieved.

The invention discloses a method for reducing segregation during a casting process of a continuous-casting square billet for a gear. The method comprises the following steps: before the end of LF refining, the temperature of molten steel is increased to the continuous-casting molten steel overheating degree of 20-30 DEG C; a relatively large amount of water is utilized for primary cooling and secondary cooling of the continuous-casting square billet of 150x150 mm; the proportion of the water volume of a foot roller section reaches 40%; the electromagnetic stirring function of a crystallizer isdisabled; the electromagnetic stirring at the tail end is performed at a relatively low electric current; and the casting is performed at a withdrawing speed of 2.00 m / min. According to the method, the electromagnetic stirring function of the crystallizer is disabled, and thus the circumstance that the molten steel purity is influenced when entrapped slag is generated due to excessive stirring inthe crystallizer during the molten steel casting process can be avoided; the cooling water volume can be increased, the cooling strength can be improved, the withdrawing speed can be reduced, and thecasting billet can be sufficiently cooled, the effects that the growth of columnar crystals is promoted and the central equiaxed crystal ratio is reduced can be achieved, the aggregation of solute elements towards the space among the crystals and the center can be avoided, and then the segregation of elements in the casting billet can be reduced; the carbon range from the surface to 3 / 8 of a diagonal of the continuous-casting square billet for the gear can be controlled to be within 0.015%; the central carbon segregation index can be within 1.05; and the steel performance stability can be improved.

The invention provides a variable lubricating intelligent thrust bearing system which comprises the components of an SK composite tile, a bearing information acquisition unit, a correlation information acquisition unit, and a communication unit which transmits the thrust bearing state information and realizes a communication function between parts of the system; a standard establishing and standard comparing unit which performs standard establishing and standard comparing on operation state information and associated information of the thrust bearing; an intelligent power generating unit whichestablishes a system standard according to the standard establishing unit, performs variable lubrication control on the oil film temperature of the thrust bearing and the oil film thickness and realizes intelligent power generation of the set; and a database which performs structural storage of operation state information, association information and control data of the thrust bearing. Accordingto the variable lubricating intelligent thrust bearing system, bearing operation information and hydropower station association information are combined for preparing an individualized new standard ofthe set; and safe and high-efficiency energy-saving intelligent power generation is realized through performing variable lubricating control on the oil film temperature and the oil temperature thickness of the thrust bearing; mass data are used for establishing an intelligent bearing system diversified data platform, thereby realizing intelligent diagnosis, state maintaining, stock reduction, cost reduction and effect improvement.

The invention belongs to the technical field of urban rail transit. The existing train operation scheme is difficult to balance the operation cost and the service level. The invention provides a train operation scheme optimization compilation method. The method comprises the following steps: matching passenger flows of the same type according to the type of a compiled operation scheme to obtain a characteristic day passenger flow so as to perform time period division and time period attribute determination of the operation scheme; according to operation scheme time period division and time period attributes, determining the train operation frequency and the route crossing scheme in each time period by taking the plan-to-which-belongs route operation train ownership as a main constraint; determining turn-back and stop schemes of each time period according to the time-sharing train operation frequency and the traffic scheme and by considering the spatial and temporal distribution characteristics of the passenger flow of entering and exiting the station on the characteristic day; and according to the passenger flow imbalance of each transfer direction of the transfer station, determining a main transfer direction, and carrying out networked connection adjustment on the first and last buses of the operation scheme. Automatic compilation of operation schemes including multi-route, multi-marshalling and special driving organization modes is realized and supported.

The invention discloses a niobium microalloying Mn-B series super-strength steel plate and a heat treatment process thereof and belongs to the technical field of heat treatment of materials. The process is characterized in that a plate blank comprises the following chemical components in percentage by weight: 0.18 to 0.38 percent of C, less than or equal to 0.6 percent of Si, 1.0 to 2.0 percent of Mn, less than or equal to 0.015 percent of P, less than or equal to 0.005 percent of S, 0.01 to 0.06 percent of Nb, 0.0005 to 0.0040 percent of B and the balance of Fe and inevitable impurities. According to the heat treatment process system, the austenitizing temperature is 880 to 930 DEG C, and after heat treatment is performed for 0.5 to 3 hours, water quenching is performed; and the tempering temperature is 190 to 280 DEG C, and the heat preservation time is 3 to 40 hours. The thickness of a finished steel plate product is 5 to 30mm, the finished steel plate product is excellent in mechanical property, the tensile strength reaches 1,100 to 1,400Mpa, the yield strength is 900 to 1,100Mpa, and the elongation percentage is 7 to 15 percent.

The invention discloses a supercritical hydrothermal flame coupled system for supercritical water oxidation treatment of organic matters and a control strategy for start ignition and stable operationworking conditions. The system realizes faster, safe and stable degradation of organic pollutants. Meanwhile, the high heat of a supercritical hydrothermal flame area is utilized for rapid heating, salt precipitation and on-line removal of a relatively low-temperature (below 300DEG C) to-be-treated waste liquid in a combustion / heating-desalting integrated device. According to the invention, the problems of corrosion and salt deposition in a maximum risk temperature zone are overcome, also the high-temperature preheating requirement of the to-be-treated material is also reduced, the energy utilization of the whole system is saved, and the cost reduction and benefit increase of the traditional supercritical water oxidation device are realized.

The invention discloses a water-cooled iron storage type iron runner and a cooling method thereof, and belongs to the technical field of blast furnace iron tapping runners. A water-cooled assembly is arranged on the inner side wall of the front half section of an iron runner groove (close to an iron falling point of a blast furnace tap hole) and is in direct contact with a lining casting material; cooling water introduced from a blast furnace cooling water system is introduced into the water-cooled assembly to cool a lining on the side wall of the iron runner, the cooling water flowing out of the water-cooled assembly flows to a blast furnace platform circulating water collecting bowl to form a circulating water passage; and a temperature measurement monitoring system monitors the inlet water temperature and the outlet water temperature of the water-cooled assembly to judge the working state of the water-cooled assembly, so as to timely take necessary safety measures and prevent iron permeation blast accidents of the iron runner. The service life of the water-cooled iron storage type iron runner is greatly prolonged and can reach half a year or a longer time, and the effects of reducing cost, increasing benefits and reducing consumption and emission can be achieved.

The invention provides an oxidant mixed injection system and an operation method for an underground coal gasification (ISC). The system includes the following components: 1) two-phase mixing equipment; 2) a rotary joint; 3) a coiled tubing reel and a coiled tubing string. The coiled tubing string is wound on the coiled tubing reel. The coiled tubing reel is wound and retracted by the coiled tubingin the working state, and the coiled tubing string serves as a two-phase flow conveying passage. A predetermined position for transporting oxidant and water and transferring the downhole nozzle to the underground coal seam; 4) a deflector; 5) a downhole nozzle device located downstream of the deflector for injecting the two-phase mist stream into the gasification zone of the underground gasifier.The injection liner is used as a conveying and operation passage for the coiled tubing string and the downhole equipment, and a distributed temperature, pressure and acoustic wave sensor is fixedly disposed outside the injection liner. The system is used to monitor the temperature of the combustion and gasification zone and the pressure of the coal underground gasification reaction zone.

The invention discloses an offshore platform technology system and method for lowering exporting crude oil CO2 partial pressure. The offshore platform technology system comprises a high CO2 crude oilproduction manifold, a high CO2 crude oil production separator connected with the high CO2 crude oil production manifold, one or more sets of connected low CO2 crude oil production manifolds, low CO2crude oil production separators and a crude oil exporting pump. An oil phase outlet of the high CO2 crude oil production separator is successively connected with inlets of all low CO2 crude oil production separators through pipelines, and the pipelines of the oil phase outlet of the last-connected low CO2 crude oil production separator is provided with the crude oil exporting pump. The high CO2 oil phrase is separated from high CO2 production well crude oil through the high CO2 crude oil production separator, and low CO2 production well crude oil enters the low CO2 crude oil production separators so that the oil phase can be separated, oil phase CO2 partial pressure is suitable for a carbon steel material exporting marine pipe, and exporting is achieved through the exporting marine pipe ofthe crude oil exporting pump. According to the offshore platform technology system and method for the lowering exporting crude oil CO2 partial pressure, the CO2 partial pressure of the high CO2 crudeoil can be decreased, and thus the CO2 partial pressure is suitable for the exporting marine pipe made from the carbon steel material.

The present invention relates to a virtualization server host computer system and a related upgrade technology. The virtualization server host computer system comprises a virtual physical server (100), a thin client A and a thin client B. The virtual physical server (100) is provided with a first virtual machine (110) and a second virtual machine (120). After an operating system and an applicationprogram in an industrial control computer (210) of an engineer station and an industrial control computer (220) of an operator station are packaged, the converted virtual machine files are seamlesslymigrated into the first virtual machine (110) and the second virtual machine (120) respectively, and run in the virtual machines; the first virtual machine (110) and the second virtual machine (120)are remotely accessed through the thin client A and the thin client B to realize the operation of the original host computer program. The virtualization server host computer system and the related upgrade technology of the invention are ingenious in design and strong in practicability.