57results about How to "Flexible ratio" patented technology

The invention discloses an advanced redox innocent treatment system and method for waste pollutants, belonging to the technical fields of pollution treatment and restoration and environmental protection. The innocent treatment system comprises a waste degradation subsystem, a waste liquid treatment subsystem, an ozone water preparation subsystem, a degradation reagent addition subsystem, a detection control subsystem and a water level control subsystem. The method comprises the following steps: determining the type of waste pollutant, selecting the degradation reagent, pouring the waste pollutant into a treating pond, carrying out advanced redox treatment on the waste pollutant, carrying out innocent treatment on the treated waste liquid, reutilizing, and carrying out biodegradation treatment on the treated soil. The system and method have the advantages of obviously higher degradation efficiency and short time consumption, can treat organic pollutants within 2-3 days, can treat heavy metal pollutants within 3-5 days, greatly shorten the pollutant treatment time, and lower the cost by more than 70%.

The invention discloses a coal mine working face top plate high position directional drill hole group pressure relief gas extraction method. According to the principle, the coal mine working face topplate high position directional drill hole group pressure relief gas extraction method comprises the steps that before a working face is stoped, by constructing a high position directional drill holegroup along the working surface in an air return way of the working surface, main hole sections of high position directional drill holes are extended in an O-shaped circle fissure zone of a goaf formed after the working face is stoped, and lower position drill holes are appropriately lowered at the position of open-off cut close to the working face, crossing branch holes facing upward are constructed in upper position drill holes, after the working face is mined by adopting the combining extraction of all drill holes, gas guiding of the fissure zone is carried out, and pressure relief and desorption of gas in the fissure zone are carried out. The coal mine working face top plate high position directional drill hole group pressure relief gas extraction method can play a dual role of reducing the gas concentration in the corners of the working surface and in the return current and extracting high-concentration gas in the pressure relief and desorption zone of the goaf, gas control of theworking face is achieved, and the recycling of gas resources is realized.

The invention discloses a method for silt soil with ectopic activated magnesium oxide carbonization and solidification, and belongs to the field of hydraulic and civil engineering. The method includesthe steps of a sludge pretreatment, a uniform mixing of a curing agent, a silt granulation, a carbon dioxide carbonization, a waste gas/waste liquid collection, and a resource utilization. The supplyof the curing agent is regulated by actual measure a water content rate, and a diameter of a grain and a carbon dioxide pressure are regulated according to a soil property, so that a full mixing of the silt and the curing agent and the rapid carbonization of magnesium oxide solidified the sludge grains are realized. Dust and carbon dioxide are absorbed during the operation process to avoid secondary pollution. The method is safe, simple, low in carbon, environmental, and high in continuous operation rate, and the problem of sludge treatment and engineering application is solved. The silt carbonized grains have the advantages of low moisture content, high hardness, high shear strength, large friction coefficient and the like. The silt carbonized grains can be used as a filler such as a roadbed, an airport runway and an engineering backfill, and the reclamation of the slit/sludge and the carbon dioxide is realized. The method for the silt soil with the ectopic activated magnesium oxidecarbonization and solidification has great significance of the engineering construction.

The invention provides a 3D additive-manufacturing bilateral laser welding method for a T-shaped structure, relates to a double-laser-beam welding method, and aims to solve the problems that under the conditions of high welding speed and long weld beads, in a bilateral laser welding process of a T-shaped structure, the circumstance that welding wires are continuously and stably fed into a molten pool at constant speed and even, coherent and non-defective bilateral weld joints are obtained by one-time welding is difficult to ensure, and alloy of weld microstructures is difficult to regulate and control specifically and flexibly. The method comprises the following steps: 1, chemically cleaning the surface of a stringer; 2, designing of a sedimentary layer: designing the sedimentary layer in a region to be welded on the surface of the stringer, wherein the cross section of the sedimentary layer is square or rectangular; 3, vertically placing a laser cladding head at a position right above the region to be welded on the surface of the stringer, carrying out laser 3D additive-manufacturing on regions to be welded on two sides of the stringer to obtain the sedimentary layer in a mode of coaxially feeding laser beams and alloy powder; and 4, carrying out bilateral laser welding on the stringer and an envelope to obtain bilateral symmetric weld joints. The 3D additive-manufacturing bilateral laser welding method for the T-shaped structure is used for double-laser welding of the T-shaped structure.

The invention provides a real-time business risk control system and method based on a rule engine, which are applied to at least one risk control scene, and the system comprises a configuration layerwhich is used for setting a strategy rule table for each risk control scene, and the strategy rule table comprises at least one strategy rule group; the rule engine is used for carrying out feature extraction on the accessed risk control basic data to obtain extracted features, determining a risk control scene according to the extracted features, and determining feature conditions in a strategy rule group conforming to the extracted features in a strategy rule table corresponding to the risk control scene, and also used for determining an optimal gradient according to a preset strategy combination mode and the feature attributes corresponding to all the feature conditions meeting the extracted features; the system also comprises an action engine which executes an execution action corresponding to the optimal gradient. The invention has the advantages that risk control hit decisions are made for multiple risk control scenes, and multi-strategy, multi-action and multi-gradient optimal gradients under a single risk control scene are effectively selected.

The invention discloses an operation and publication system for a film trade. The operation and publication system is characterized by comprising a box office system for collecting box office data and providing data operation, a unitized material system provided for issuing personnel of the film trade for on-line material declaration, examination and approval and dispatch, a film scheduling system provided for the personnel of the film trade for scheduling film schedules and analyzing data, a copying system provided for the personnel of the film trade to copy a hard disk of a film data encrypting document and dispatch and manage the film data encrypting document, an information system for the personnel of the film trade to update data in a real-time manner and push information, a mobile system provided for the personnel of the film trade to examine the information in real time and dispose affairs, and a subscriber system for the personnel of the film trade for organization structure, personnel function and competence distribution.

An electrolytic polishing solution for aluminum or aluminum alloy and an electrolytic polishing method. The electrolytic polishing solution comprises 18%-48% of H2SO4, 20%-43% of H3PO4, 5%-20% of PEG, 6%-18% of C4O6H4KNa and the balance of water. The electrolytic polishing solution provided by the invention contains no nitric acid or chromic acid, and is favorable for environmental protection. The polishing solution has obvious advantages in quality and price compared with other polishing solutions. Due to flexible ratio, the polishing solution has good industrial operability. The electrolytic polishing solution is especially suitable for electrochemical polishing on hard aluminum alloy workpiece requiring high surface quality, and endows full gloss (high brightness of the polished workpiece) on the surface of aluminum or alloy thereof, while smoothening the surface at the same time. Besides, the electrolytic polishing solution has certain leveling effect on the workpieces without mechanical polishing.

The invention provides a half-decoupling type graded dehumidifying and cooling dehumidifying heat pump system comprising a refrigerant system and an air system. The refrigerant system comprises two compressors and four dehumidification heat exchangers, two four-way reversing valves, an evaporator, two throttling devices and two three-way reversing valves. The air system comprises two draught fans,eight air valves and two air openings. According to the half-decoupling type graded dehumidifying and cooling dehumidifying heat pump system, the dehumidification heat exchangers at different operation pressures are connected in parallel, the evaporation side at the low pressure grade is connected with a dehumidification evaporator and the evaporator in series. A high-pressure dehumidification evaporator adopts a drying agent with a uniform adsorption speed to achieve heat and humidity load pretreatment, condensation of the high-pressure dehumidification evaporator is prevented through a highevaporator temperature, and meanwhile the dew point of air entering the low-pressure dehumidification evaporator is lowered; the low-pressure dehumidification evaporator adopts a drying agent with high adsorption capacity to achieve heat and humidity load efficient treatment, and the switch time of circulations is prolonged. The evaporator connected with the low-pressure side in series can solvethe problem that the heat and humidity load processing capacities of the system are inconsistent.

The invention relates to a clay foam composite system and a method and device for applying the clay foam composite system to an oil-water well. The clay foam composite system disclosed by the invention is prepared through uniformly mixing slurry and gas, wherein the slurry is prepared from the following ingredients: (1) sodium bentonite; (2) oil-well cement; (3) a dispersant: NaOH; (4) a foamer: sodium lauryl sulfate; (5) a stabilizer: 1) silicone amide; and 2) sodium silicate; and (6) the balance of fresh water; and the gas is nitrogen gas with the purity of not lower than 95%, the gas and the slurry are proportioned by volume, strata pressure is taken into account, and the underground gas/slurry ratio is (2: 1) to (1: 1). The clay foam composite system, the method and the device have the beneficial effects that a plugging mechanism of the composite system disclosed by the invention mainly comprises two parts, i.e., solid-phase filler plugging and gas-phase Jamin-effect plugging and has adjustable fluidity and permeability; due to solid particles, the strength of a liquid film can be enhanced; and meanwhile, an aqueous solution of the foamer in the system can be used for changing the wettability of rocks of strata on one hand and can also be used for reducing the viscosity of thick oil on the other hand, so that the fluidity of fluid of the strata is improved, and thus, the actions of reducing viscosity and helping displacement are achieved.

The invention discloses a carbonization repair method of volatile organic compound-heavy metal compound polluted soil, and belongs to the field of polluted soil repair. The method comprises the stepsof compound polluted soil pretreatment, organic pollutant separation and extraction, curing agent mixing, granulation of polluted soil uniform mixtures, carbonization of polluted soil uniform mixed granules, storage and maintenance of carbonized polluted soil particles, waste liquid/waste gas collection, waste heat utilization and resource utilization. The heating time, the curing agent mixing quantity and the carbonization time are adjusted by actually measuring the organic matter components and concentrations of the compound polluted soil, heavy metal components and contents, temperature andthe water content, and therefore the optimal work efficiency is achieved. In the working process, volatile organic pollutants are extracted, and dust, waste gas and carbonized heavy metal are absorbed. The method is safe, rapid, low-carbon, environment-friendly and high in continuous working rate, produced carbonized polluted soil particles are high in hardness and strength and low in leaching efficiency and can be used as roadbeds, airfield runways, engineering backfill and the like, and great engineering construction significance is achieved.

The invention relates to the technical field of unmanned aerial vehicles, and particularly relates to a flight control system special for a plant protection unmanned aerial vehicle. The system comprises a standardized large block, a power supply system, a communication system, a spraying system, the flight control system, a power system, a dispensing system, an image acquisition module, an image processing analysis module and a central processing module. The image acquisition module acquires original image data of a plant protection object; the original image data is fed back to the image processing and analyzing module; the image processing and analyzing module is used for processing and analyzing the original image data; and the image processing and analyzing module feeds back reagent ratio information suitable for an actual situation of the plant protection object to the central processing module, the central processing module makes the dispensing system carry out agent preparation,and agent spraying operation is completed through the spraying system. The system is simple in structure, durable in endurance, flexible in operation and good in practicability, and can be used for preparing a matched agent according to the actual condition of the plant protection object of the standardized large block.

The invention relates to glass, a glass forming method, a pressing device and a calender. The glass is prepared by a calendaring molding method; the glass is prepared from the following raw materials: SiO2, Li2O, Na2O, CaO, MgO, Al2O3 and TiO2+ZrO2; the pressing device comprises two pressing mechanisms which are oppositely arranged, each pressing mechanism comprises a base, a cross beam, a pressing rod, a stand column and a driving mechanism, the stand columns and the driving mechanisms are installed on the bases, the first ends of the pressing rods, the ends, away from the bases, of the stand columns and the ends, away from the bases, of the driving mechanisms are all pivoted to the cross beams, and the stand columns are located between the pressing rods and the driving mechanisms; the calender comprises the pressing mechanism. The glass provided by the invention has relatively good performance and relatively high mechanical strength.

The invention provides a freight spaceship for space station cargo transportation and a freight method. The freight spaceship for space station cargo transportation comprises a cargo hold, an aircraft, a flange butt-joint mechanical locking mechanism, a power system, a space station butt-joint mechanism, a pneumatic control flap and a landing recovery mechanism, and the flange butt-joint mechanical locking mechanism is installed on the butt-joint face of the aircraft and the cargo hold; the cargo hold is detachably installed on the butt joint face of the aircraft through the flange butt joint mechanical locking mechanism, the power system, the space station butt joint mechanism, the pneumatic control flap and the landing recovery mechanism are all installed in the aircraft, and the power system and the landing recovery mechanism are installed on the side wall of the aircraft. The space station docking mechanism is installed at the tail of the aircraft, and the pneumatic control flaps are correspondingly installed at the head and the tail of the aircraft.