200results about How to "Achieve the purpose of repair" patented technology

The invention relates to a restoration method for a damaged ecosystem in a steep-slope area in a water-level-fluctuating zone of a reservoir. The method comprises the following steps:when the impounded water level is at the lowest point, cleaning the upstream slope in the water-level-fluctuating zone, and manually tamping; digging planting holes at the top of the slope, and planting Chinese red pines and the like to form a multifunctional protective forest belt; digging planting grooves and planting holes within the range of the water-level-fluctuating zone, laying jute geotextile, planting vetiver within the range with the water-level-fluctuating depth of 2m to form a hedgerow; and mixedly planting vetiver and wire grass within the range with the water-level-fluctuating depth of 2-10m to form a combined vegetation slope restoration belt. The protective forest belt, the hedgerow and the combined vegetation slope restoration belt form a three-dimensional restoration space together, thereby ensuring that plants can take roots and restore in the steep-slope area in the water-level-fluctuating zone. By restoring the vegetation in large area, the invention effectively reduces the overland flow and the soil erosion, and improves the fertility and the properties of the soil, thereby restoring the damaged ecosystem. The invention has the advantages of convenient construction and less investment, can not be easily damaged by water, and is applicable to the water-level-fluctuating zone of a reservoir with large water-level-fluctuating range and precipitous topography.

The invention discloses a device and a method for washing and electrokinetic-combined remediation of heavy metal contaminated soil. The device comprises a washing system and an electrokinetic remediation system, wherein in the washing system, a leacheate storage tank, an acid storage tank and an alkali storage tank are communicated with a contaminated soil storage trough through a first peristaltic pump, a second peristaltic pump and a third peristaltic pump respectively; a stirrer is arranged in the leacheate storage tank; in the electrokinetic remediation system, an anode chamber and a cathode chamber are arranged on two sides of an electrokinetic remediation chamber, respectively; stirring devices are arranged in the anode chamber and the cathode chamber; a cathode of a DC power supply is connected with a cathode electrode arranged in the cathode chamber, and an anode of the DC power supply is connected with an anode electrode arranged in the anode chamber; an anolyte storage tank is communicated with the anode chamber through a fourth peristaltic pump and a fifth peristaltic pump, so as to form a loop; a catholyte storage tank is communicated with the cathode chamber through a sixth peristaltic pump and a seventh peristaltic pump, so as to form a loop; the bottom of the contaminated soil storage trough in the washing system is communicated with the electrokinetic remediation chamber through a mud pump.

The invention provides an in-situ repairing system and method for composite polluted groundwater. According to the in-situ repairing system for the composite polluted groundwater, a permeable reaction wall is scientifically arranged to be of a two-section structure which comprises a first section of the system and a second section of the system, the first section of the system is filled with first section reaction materials and acid resistance anaerobes so that an acid anaerobic repairing environment can be formed by the first section of the system, and the second section of the system is filled with second section reaction materials. The second section of the system is divided into a front half part and a rear half part, the second section reaction materials of the front half part of the second section of the system are internally loaded with neutral aerobic microorganisms, and the second section reaction materials of the rear half part of the second section of the system are internally loaded with alkali-resisting aerobic microorganisms. According to the two-section type permeable reaction wall system, a pH value and DO regulating method is used for building repairing environments suitable for degrading of different pollutants in different spaces of the permeable reaction wall, so t hat the comprehensive processing effect of the repairing system is further optimized, and the purpose of repairing composite polluted groundwater is achieved.

The basal plate of film transistor array includes following parts: multiple gated scanning wires extended along first direction; multiple data wires extended along second direction, pixel area formed between crossed gated scanning wires and data wires; thin film transistors and pixel electrodes setup inside pixel area; being distributed on two sides of data wires, inner and outer sided shading wires formed on same metal layer to the gated scanning wires; there is at least one lug at one end of the outer shading wire or data wire, and the lug makes overlap between data wire and outer sided shading wire; the other end of outer sided shading wire and one end of repairing wire crossing gated scanning wire are overlapped; the other end of the repairing wire and the repairing pad overlapped with gated scanning wire are overlapped. The invention can be in use for repairing defects of open circuit and short circuit of data wires.

The embodiment of the invention provides a pixel circuit, and a driving method and a display device thereof, and relates to a display technical field of displaying. The problem of poor brightness can be solved, and the quality and yield of products are not influenced. A main driving module in the pixel circuit is used for outputting a driving current signal to a fuse module under control of a scanning signal line and a data signal line; the fuse module is used for disconnecting a light emitting module and the main driving module under control of a fuse control module; the fuse control module is used for disconnecting the light emitting module and the main driving module under control of a signal input terminal; a standby driving module is used for outputting the driving current signal to a switching module under control of the scanning signal line and the data signal line; the switching module is used for connecting the standby driving module and the light emitting module under control of a control line input signal; and the light emitting module is used for emitting light through the driving current signal outputted by the main driving module or the standby driving module.

The invention discloses a repair method for mercury-polluted soil. The repair method comprises the following steps: ploughing up surface soil with a depth of 25-30 centimetres away from ground surface, of the mercury-polluted soil, air-drying, grinding and sieving to obtain pre-treated surface soil; forming a passivator from 40-55 parts of bentonite, 5-15 parts of hydroxyapatite, 3-8 parts of ammonium thiosulphate and 8-16 parts of calcium hydroxide in parts by mass; adequately and uniformly mixing the passivator with the treated surface soil according to an added amount which is 2-5% of the mass of the surface soil, of the passivator, standing for 10-20 days until mercury with a content of 70% in the surface soil is fixed, and completing passivator repair; and levelling the surface soil, planting Indian mustard, dissolving calcium thiocyanate in water and uniformly spraying the solution into the peripheral soil of the root systems of Indian mustard during the vigorous growth period of Indian mustard, and finally harvesting Indian mustard. The repair method disclosed by the invention is simple to operate, low in cost, short in remediation period, and suitable for application of repair for large-area mercury-polluted soil plants.

The invention discloses an organically-polluted soil remediation method which refers to a conveyer, a rotary kiln, a roasting furnace wall, a roasting chamber, a material inlet, a material outlet, a heating channel, a heating channel heat inlet, a heating channel heat outlet, a polluting gas outlet, a combustion furnace, a combustion furnace gas inlet, a combustion furnace heat outlet, a bag deduster, a bag deduster air inlet, a bag deduster smoke outlet, a soil particle outlet, an exhaust fan, a chimney, a deacidification device, a cooler, a cooler feed port, a cooler hot air outlet and a cooler discharge port. Since indirect heating desorption is adopted, hot air and soil are not in direct contact, energy consumption is low, desorption efficiency is high, and the soil can be thoroughly remedied; separated organic pollutants enter the combustion furnace to be completely combusted and decomposed by enriched oxygen, as a result, exhausted air quantity is small, secondary pollution is not caused, energy is saved, efficiency is improved, and investment is low.

The invention discloses a device and technology for repairing pipeline circumferential weld defects through an epoxy steel sleeve. The device comprises the composite epoxy steel sleeve, a vacuum pumpand a colloid filling device. The steel sleeve is arranged on the outer side of a to-be-repaired pipeline. Fiber cloth is wound around the outer wall of the to-be-repaired pipeline. A gap is formed between the fiber cloth and the inner wall of the steel sleeve. Sealing bodies are arranged between the inner walls of the two ends of the steel sleeve and the pipeline. Filling colloid is arranged in the gap among the steel sleeve, the to-be-repaired pipeline and the sealing bodies. A locating thread hole is formed in the steel sleeve in the radial direction. A vacuumizing opening/colloid overflowing opening and an exhausting/observing hole are formed in the top of the steel sleeve in the flowing direction of the colloid. The invention discloses a repairing technology. According to the device and the technology, the problems of tender cracking, curing bubble and cavities of filling resin of a traditional epoxy steel sleeve can effectively solved, good compatibility can be ensured between the composite epoxy steel sleeve and a steel pipe body, the circumferential load and the axial load borne by pipeline circumferential weld are shared, and axial cracking of the circumferential weld defects is restrained.

The invention provides an in-situ soil remediation system and an in-situ soil remediation method based on thermal desorption synergistic electrochemical enhancement. The system comprises a solar powersupply module, an electrochemical enhancement module, a microwave heating module, a nutrient solution spraying module and a gas phase extraction module; the solar power supply module is electricallyconnected with the electrochemical enhancement module and the microwave heating module respectively; the electrochemical enhancement module comprises an anode plate and a cathode plate which are buried in a polluted soil area; the microwave heating module comprises at least one microwave heating rod buried in the contaminated soil area and a microwave generator connected with the microwave heatingrod; the nutrient solution spraying module comprises at least one spraying pipe buried in the contaminated soil area, and the spraying pipe is externally connected with a nutrient solution storage tank; and the gas phase extraction module comprises a gas phase extraction pipe network inserted into the contaminated soil area and a vacuum pump externally connected with the gas phase extraction pipenetwork. According to the method, comprehensive and efficient remediation treatment is carried out on various pollutants in the contaminated soil, and synergistic and efficient removal of the variouspollutants is achieved.

The invention relates to the electrolytic aluminum industry, in particular to an in-situ power-cut-free welding method for soft mother belts and an aluminum bus of the cathode of an aluminum electrolysis cell. The method comprises the following steps of 1 in-situ grinding, 2 in-situ fixing, 3 in-situ fusion, 4 pre-welding treatment, 5 preheating, 6 exothermic welding and 7 post-welding treatment. By means of the method, in-situ connection between the soft mother belts and the aluminum bus is directly completed through exothermic welding, the defect that the soft mother belts of a sheet type structure cannot be directly welded in a magnetic field is overcome, the economic benefits of an aluminum electrolysis enterprise are increased, and repairing of the soft mother belts for the aluminum electrolysis enterprise is realized. The operation can be completed under the condition that serial aluminum electrolysis cells are powered all the time, and the repairing purpose can be achieved on the promise of not affecting production of the serial aluminum electrolysis cells. The method is suitable for welding of the soft mother belts and the aluminum bus in various cell types, and is good in universality, easy to operate and high in welding repair efficiency.

The invention discloses a soil reparation method, and belongs to the field of soil reparation. The method comprises the following steps: preparing a soil reparation agent comprising the following components in percentage by weight: 30-40% of pulverized coal ash, 2%-5% of a water absorbent and the balance of urban sludge, mixing the soil reparation agent with polluted soil, standing at the temperature higher than 0 DEG C for 60-80 hours so as to enable the water content of the polluted soil of the soil reparation agent to be 30-40% and enable the pH value to be greater than 7, thereby repairing the polluted soil. Urban sludge can supply a great amount of organic substances and nutritional ingredients for the polluted soil, and the fertility of polluted soil is improved; the pulverized coal ash after absorbing water and being pulverized not only can eliminate pathogenic bacteria in urban sludge and perform innocent treatment, but also can loosen the polluted soil, and the water-holding capacity of the polluted soil can be improved. According to the invention, the urban sludge and pulverized coal ash are utilized resourcefully, not only is the pollution of urban sludge and pulverized coal ash to the environment reduced, but also the reparation cost of the polluted soil is reduced, and the win-win effect of economical benefit and social benefit is achieved.

The invention discloses an injectable articular cartilage tissue repair material and is characterized in that starting materials of the composite material contain the following components of: by weight, 100 parts of I-type collagen and 10-50 parts of hyaluronic acid, wherein oxidisability of hyaluronic acid is 20-60%. A monocyte layer in bone marrow fluid in vivo is embedded in the repair material. The thickness of the composite material is 1-5mm. Hyaluronic acid is oxidized into oxidized hyaluronic acid by the use of sodium periodate. The collagen solution, 5*PBS and a buffer are mixed at the volume ratio of 7:2:1 and the pH is adjusted to neutral. After dissolving oxidized hyaluronic acid by the use of ultrapure water, the dissolved oxidized hyaluronic acid is added into the neutral collagen solution and the mixed solution is uniformly stirred and stands in a refrigerator of 4 DEG C. The separated and extracted monocyte layer in the bone marrow fluid by a density gradient centrifugation method is uniformly mixed with the above collagen-oxidized hyaluronic acid solution. The mixed liquor is putted into a constant temperature incubator of 37 DEG C for standing or injection to the organism articular cartilage defects so as to form the composite material.

The invention discloses a TCAM (Ternary Content Addressable Memory) diversified configuration system and configuration method on the basis of an FPGA (Field Programmable Gate Array) dynamic reconstruction technology. The TCAM diversified configuration system comprises an FPGA dynamic reconstruction unit, a dynamic reconstruction configuration unit, a control unit and a TCAM, wherein the FPGA dynamic reconstruction unit is used for carrying out dynamic reconstruction layout and generating a corresponding functional circuit so as to generate a corresponding dynamic reconstruction file after a pre-implementation function is converted to generate a corresponding dynamic reconstruction logic circuit; the dynamic reconstruction configuration unit is used for downloading and operating the dynamic reconstruction file and executing an action according to a control command of the control unit; and the control unit is used for monitoring the operation state of the TCAM communicated with the control unit in real time, sending a dynamic configuration command when the TCAM abnormally operates, and controlling the dynamic reconstruction configuration unit to reconfigure and repair the TCAM or carry out function reconfiguration to the TCAM. The FPGA dynamic reconstruction technology is utilized for reconfiguring the TCAM when the TCAM is out of order during use so as to achieve a purpose of repairing. The invention is simple in operation, and device resource use efficiency is improved.

The invention provides an immobilized microorganism structural body and a preparation method thereof. The method comprises the following steps: S1, taking municipal biomass waste as a raw material, and chemically activating the raw material; S2, carbonizing the chemically activated product at a low temperature to obtain biomass-based biochar; S3, mixing an embedding agent with the biomass-based biochar, wherein the embedding agent comprises a biodegradable material; S4, adding an oxygenation agent, microorganisms with a degradation effect for black and smelly river channels and growth factor to the mixture obtained in step S3; and S5, embedding and immobilizing the product in step S4.

The invention provides a dresser for a deep hole internal thread and belongs to the technical field of hand tools. The dresser comprises a locating mandrel, a ferrule, a threaded cutter, a fixing seat, a fixing sleeve and a baffle, wherein the locating mandrel penetrates into an inner cavity of the fixing seat, and a tapered surface is arranged at the lower end of the locating mandrel; the ferrule is embedded into the inner cavity of the fixing seat; the threaded cutter comprises four groups of L-shaped blades, a cutting edge with a thread form consistent with that of the deep hole internal thread of a to-be-dressed aircraft part is arranged at the outer side end of the horizontal arm of each blade, a wedge-shaped arc surface is arranged on the vertical arm of the blade, the four groups of blades are evenly arranged around the locating mandrel, and the horizontal arms of the four groups of blades are assembled with the fixing seat; an operating handle is arranged at the upper end of the fixing seat, the fixing seat and the fixing sleeve are assembled in a threaded fit manner, the thread pitches of the fixing sleeve, the fixing seat and the deep hole internal thread of the to-be-dressed aircraft part are identical, and the fixing sleeve and the to-be-dressed aircraft part are assembled in a threaded fit manner. The dresser solves the problem about repair of the deep hole internal thread of the aircraft part and guarantees smooth assembly of threaded fit members in the maintenance process of the aircraft.

The invention discloses a water restoration microbial agent and a preparation method thereof and relates to the field of water protection. According to the preparation method, through use of a photosynthetic bacterium flora, a lactic acid bacterium flora and a yeast flora, the water restoration microbial agent can fast degrade and transform harmful substances in polluted water and inhibit growth and reproduction of the harmful microorganisms so that polluted water restoration is realized, through use of a certain amount of an organic acid and biological peptide in the water restoration microbial agent and combination with a stabilizer, comprehensive effects of the aquatic probiotics are further improved, and through use of microbial carriers for growth of the photosynthetic bacterium flora, the lactic acid bacterium flora and the yeast flora in the water restoration microbial agent, activity of a variety of microorganisms in the water restoration microbial agent is improved and the overall quality of the water restoration microbial agent is improved. The water restoration microbial agent and the preparation method thereof have important popularization and application values.

The invention belongs to the technical field of semiconductor material preparation and especially relates to a preparation method for a heterojunction photocatalyst and an application. The method comprises the following steps: weighing manganese tungstate, bismuth nitrate and potassium bromide; dissolving in a mixed solvent of glycol and deionized water; ultrasonically dissolving, thereby acquiring a precursor suspension; transferring into a hydrothermal reaction kettle; reacting in an oven; washing with water, filtering and drying, thereby acquiring a MnWO4/BiOBr heterojunction material. The MnWO4/BiOBr heterojunction photocatalyst is prepared according to a hydrothermal method and a solvent thermal method in the manner of regulating different mole ratios of added manganese tungstate to bismuth nitrate to potassium bromide; the degrading effects to the organic pollutants (rhodamine b and tetracycline) (10mg/L) under the irradiation of visible light under the condition of same catalyst dosage (50mg) are respectively observed; a photo-catalytic result shows that the MnWO4/BiOBr heterojunction photocatalyst prepared by compounding less manganese tungstate and bismuthyl bromide can obviously promote the photo-catalytic activity.

The invention discloses a method for cleaning and repairing traffic flow data based on time-space sequence, comprising the following steps: storing real-time received traffic flow information in a dirty data storage module according to a fixed format; the data cleaning module is used to clean the traffic flow information in the dirty data storage module to obtain the cleaned data. The data after cleaning is modeled and repaired by the data repairing module, and the repaired data is obtained. The repair data is stored in a clean data storage module. By simplifying the traffic flow data cleaningprocess and adopting the time and space parallel analysis method, the invention applies the cell transmission model and the Kalman filter algorithm to the traffic flow data repairing, conveniently, quickly and accurately carries out the traffic flow data cleaning, processing and repairing work, and improves the accuracy of the data.

The invention belongs to the field of preparation of self-repairing microcapsule materials and relates to a multifunctional microcapsule used for self-repairing of materials and a preparation method thereof. The microcapsule is prepared with ethyl cellulose being a wall material and epoxy resin adhesive being a core material and includes, by mass, 0.7 to 7.4 parts of epoxy resin, 0.6 to 5.6 partsof an emulsifier, 0.7 to 2.5 parts of ethyl cellulose, 12.7 to 27.8 parts of an organic solvent, and 59.2 to 84.1 parts of deionized water. The multifunctional microcapsule has a round appearance andhas a plurality of penetrating and uniform pores thereon. What is the multifunctionality of the microcapsule is the microcapsule can achieve self-repairing of the materials through two releasing modeof diffusion release of pores in the wall material and/or breaking release of the wall material. The multifunctional microcapsule is green and pollution-free. The preparation method is simple and is easy to industrialize.