316results about How to "Improve governance efficiency" patented technology

The invention relates to wind pressure air drilling equipment in a downhole soft outbursting coal bed and a process matched therewith. At present, as the consequent layer drilling characterized by high construction speed, low cost and high gas extraction efficiency becomes the primary option for coal control and gas control in coal mines, for soft outbursting coal beds, the gas extraction efficiency is directly dependant upon the pore-forming rate of the consequent layer drilling. The equipment comprises a boring machine, an air compressor, an orifice dust collection and dust removal device, a high-strength large through-hole drill rod, a drill bit with an inner core which can automatically fall off, and an antistatic explosion-protection PVC sieve tube; the boring machine which has large power and large torque supplies power to drilling construction; the orifice dust collection and dust removal device collects and eliminates slack carried out by wind from the orifice during drilling; and the antistatic explosion-protection PVC sieve tube is transferred from the interior of the high-strength large through-hole drill rod to the bottom of the orifice without lifting a drill on the completion of drilling, and at last remains in the orifice, thereby ensuring the completeness of drilling. The equipment and the process matched therewith provided by the invention has the advantages of increasing the pore-forming rate of the consequent layer drilling in soft outbursting coal beds, improving the effect of gas extraction, improving the working atmosphere of downhole air drilling, and protecting the production safety of outbursting coal mines.

The invention discloses a method for removing heavy metal ions in sewage by nanometer hydroxylapatite, belonging to the technical field of heavy metal sewage treatment. The method comprises the following steps: adding nanometer grade hydroxylapatite powder in waste water containing heavy metal ions, wherein, the dosage of the hydroxylapatite powder is 6-8g/L; balancing the mixture for 12-48 hours at a temperature of 23-27 DEG C; and standing the mixture to remove the heavy metal ions in the waste water. The method uses the hydroxylapatite with relatively lower economic value to treat the heavy metal sewage, has high treatment efficiency, low treatment cost, strong field operability and small environment risk, and has heavy metal ion removal rate over 90 percent under conditions that concentration of Cd, Pb or Cu ions does not exceed 60mg/L.

The invention discloses a method and device for matching fields of a data table with data elements of a knowledge base, and the method comprises the steps of carrying out the word segmentation of thefields in the data table, and building the feature vectors of the fields; and searching a feature vector library of a knowledge base according to the feature vectors of the fields, carrying out similarity matching on the feature vector library and the feature vectors of the data elements in the feature vector library, and determining the matched data elements when the matching is passed. The embodiment of the invention can be applied to the preprocessing process when the data table is accessed, and the management efficiency and the accuracy are improved.

The invention relates to a method of using native function microflora to in-situ purify ground water polluted by uranium. The method translates transferable hexavalent uranium into nontransferable uranous uranium in the ground water through nitrate reducing bacteria flora, ferric iron reducing bacteria flora and sulfate reducing bacteria flora which are formed under the anaerobic condition by microorganism, and therefore the purpose of purifying the ground water polluted by the uranium is achieved. The specific implementation method comprises: (1) adjusting a potential of hydrogen (Ph) value of the ground water polluted by the uranium; (2) activating the microorganism in sediments; (3) regulating and controlling variation of the microflora, accelerating evolution of the nitrate reducing bacteria flora, the ferric iron reducing bacteria flora and the sulfate reducing bacteria flora by means of adding a carbon source, regulating oxidation reduction potential of the water polluted by the uranium and the like; (4) continuously regulating and controlling the microbial flora until uranium concentration in the ground water polluted by the uranium is reduced below the national emission standard and the purpose of purifying the groundwater polluted by the uranium is achieved. The method of using the native function microflora to in-situ purify the ground water polluted by the uranium solves in-situ purifying problem of the ground water polluted by the uranium, and has the advantages of being high in purifying efficient, short in period, simple in equipment, short in process procedure, low in purifying cost, strong in operability, free of secondary pollution, good in purifying effect and the like.

The invention discloses a submarine pipeline suspended span vortex-induced vibration active monitoring system and a method thereof. A vortex-induced vibration monitoring device is used for obtaining and transmitting vortex-induced vibration information of a suspended span. When the frequency of X-axis acceleration data is two times of the frequency of Y-axis acceleration data, the suspended span generates vortex-induced vibration, and the vortex-induced vibration monitoring device transmits a vortex-induced vibration frequency to a vortex-induced vibration monitoring center through a water sound channel. A receiving and displaying device is used for receiving sound signals through the water sound channel, transmitting the sound signals into electric signals, processing the electric signals and displaying the frequency information of vortex-induced vibration. When the suspended span does not generate vortex-induced vibration, data transmission is not performed, and the vortex-induced vibration monitoring center keeps silent. According to the invention, the previous concept for passively monitoring the vortex-induced vibration of the suspended span is changed, data transmission is carried out only when the vortex-induced vibration is generated, the data transmission frequency is lowered, the energy consumption of the monitoring device is lowered, the time of determining the vortex-induced vibration is shortened, and the suspended span monitoring and managing efficiency is improved.

The invention provides a method for acquiring the influence situation of a disaster on a power distribution network. According to the technical scheme of the invention, each disaster of the power distribution network is subjected to situation grading, and then a quantitative index is determined. According to the analytic hierarchy process, the influence sub-situation of each disaster is synthesized, and then the power supply situation rating of the power distribution network and the comprehensive evaluation score of an optimization scheme are determined. According to the power supply situation rating of the power distribution network and the comprehensive evaluation score of the optimization scheme, the influence situation result of the disaster is obtained based on a grey correlation method. The method is strong in adaptability, and the quantitative description of the influence situation of each of various equipments can be accurately and effectively realized. The perceiving, reasoning and analyzing on the operation situation under the influences of disaster conditions can be reliably realized. The operation change of the power distribution network can be analyzed and reasoned, while the influence of the disaster can be comprehensively and quantitatively considered. As a result, the method provides an accurate, comprehensive and reliable data basis for the disaster defense and treatment of the power distribution network. Meanwhile, the disaster prevention and treatment efficiency of the power distribution network is improved. The safety and the operation reliability of the power distribution network are improved.

The invention discloses a safe and efficient treatment device of polluted soil. The device comprises a feeding pipe, a pulverizing machine, a treatment box, a drug spraying tank, a drug adding pipe, aspraying row, a heating device, a rotary circular platform, a discharging pipe and an ultraviolet lamp, the feeding pipe is arranged on the top of the treatment box, the pulverizing machine is arranged in the treatment box, one side of a shaking plate is hinged to the inner wall of the treatment box, a rotary motor is installed in an oblique chamber, a rotary shaft is arranged on the rotary motor, the rotary circular platform is arranged on the top of the rotary shaft, turning cutters are uniformly arranged on the side wall of the rotary circular platform, the drug spraying tank is installedon the top of the treatment box, the drug spraying tank is communicated with the spraying row through a liquid delivering pipe, the spraying row is arranged in the top end of the treatment box, the heating device and the ultraviolet lamp are installed on the inner wall of the treatment box, and universal wheels are arranged on the side face of the bottom end of the treatment box. By means of the treatment device, sterilization is conducted on the polluted soil, the breeding and spreading of harmful germs are prevented, the safety is improved, the soil treatment effect is improved, the structure is simple, and the device is convenient to use to facilitate popularization.

The invention discloses a covering shading film/enzyme/microbial agent/light source compound technique used for controlling blue algae in the manner of covering a shading film and combining with biological enzyme and microbial agent on the water surface of river, lake and reservoir. According to the invention, for the characteristic of the photosynthesis required by the growth of the blue algae, alight-shading technology for locally opening the covering shading film is adopted, namely, at least two shading films with air and water holes cover on the water surface at an interval, the photosynthesis of the blue algae is stopped in a large area, and meanwhile, the sunlight or manual light source supplementing is utilized to enrich and treat the blue algae on the locally opening water surfacecovered with the shading film; for the eutrophication environment required by the growth of the blue algae, the microbial agent is adopted for decomposing, absorbing and converting the eutrophicationmatters so as to change the eutrophication state of water; the biological enzyme is utilized to break the protein of the blue algae, so as to achieve the effect of killing and restraining the growthof the blue algae; the biological enzyme and the microbial agent are utilized to crack, decompose and absorb the algal toxin after the death of the blue algae.

The invention discloses an environmental safe and efficient treatment device for soil pollution. The environmental safe and efficient treatment device for the soil pollution includes a feeding pipe, acrusher, a processing box, a medicine spraying tank, a spray row, shaking plates, a heater, an inclined guide plate, a ultraviolet lamp and an ozone generator. The feeding pipe is arranged at the topend of the processing box, the crusher is arranged in the processing box, and one sides of the shaking plates are hinged to the inner wall of the processing box. The top end of the processing box isprovided with the medicine spraying tank, the medicine spraying tank is communicated with the spray row through a transfusion pipe, and the heater and the ultraviolet lamp are arranged on the inner wall of the processing box. A second cam is arranged in the processing box, a lifting plate is arranged directly above the second cam, and a plurality of sets of oscillating plates are uniformly arranged on both sides of the lifting plate. The side wall of the processing box is provided with the ozone generator, and the bottom end of the processing box is provided with the inclined guide plate. Thepolluted soil is sterilized and germicidal, the breeding and the transmission of harmful bacteria are avoided, the safety is improved, at the same time, the oxidation decomposition of organic matter is guaranteed, the effect of soil treatment is improved, the structure is simple, the use is convenient, and the environmental safe and efficient treatment device is beneficial to popularize.

The invention discloses a double-circulation type soil pollution treatment device. The device comprises a processing shell, a liquid storage tank and a circulation cavity, a bottom plate is arranged at the bottom of the processing shell, an upper cover is arranged at the upper end of the processing shell, the middle of the upper cover is sequentially provided with a first motor, a stirring shaft,a spiral blade and crushing blades, and a spray pipe and high-speed wide-angle spray heads are arranged at the lower end of the upper cover; and the liquid storage tank is arranged on the right wall of the processing shell, walking wheels and a discharging pipeline are arranged at the lower end of the processing shell, a feeding pipeline and a liquid pump are arranged on the upper cover, the circulation cavity is formed in the left wall of the processing shell, the circulation cavity is provided with a second motor, a lifting rotating shaft and a circulating lifting blade, and a circulation material outlet and a circulation material return opening are connected between the circulation cavity and the processing shell. According to the device, soil can be efficiently crushed, the soil crushing and treating efficiency can be further improved through internal and external double lifting circulation, the high-speed wide-angle spray heads are used cooperatively to spray an agent, effective and full mixing can be achieved, and the treatment of soil pollution can be efficiently completed.

The invention discloses a treatment device for heavy metal pollution in soil. The device comprises a platform, and a front roller and a rear roller are rotatably mounted on support legs at the front end and the rear end of the platform respectively; a shovel plate is rotationally installed on the bottom face of the front end of the platform, a liquid storage tank is installed on the upper end faceof the platform, a spraying plate is installed at the bottom of the shovel plate, and a liquid conveying pipe communicates between the spraying plate and the liquid storage tank; and a sleeve is fixed to the bottom face of the rear end of the platform, a telescopic column is movably sleeved with the sleeve, an installation plate is fixed to the bottom of the telescopic column, and a plurality ofrakes are arranged on the installation plate. The surface layer of contaminated soil is shoveled up through the shovel plate, meanwhile, remediation liquid is sprayed to the inner layer of the soil through a spray head, and then the rakes reciprocate up and down, so that the soil layer is continuously punctured, the remediation liquid permeates into the deep part of the soil layer from puncture holes, and the treatment effect is improved; and soil shoveling, pesticide spraying, soil covering and puncturing processes are continuously carried out, so that uninterrupted treatment of soil can be realized, and the treatment efficiency is high.

The invention provides a novel intelligent sewage treatment plant capable of being directly built on a riverway. A proper river section is selected at the upstream of a polluted river; a three-stage stepped dam is built through scientific design and modular combination; a water body purification device, an adsorption facility and an ecological restoration system are arranged in the corresponding dam body; a complex sewage treatment process is simplified and concentrated in a three-stage treatment dam to form an overwater intelligent sewage treatment plant, the polluted river water is directlysubjected to graded rapid purification treatment, and intelligent control, real-time online monitoring, data transmission and remote control are realized in the whole process. The stepped dam design generates water level difference to facilitate water flowing and scouring of a downstream river channel, and is matched with sewage interception of the downstream river channel, so that the polluted river channel is thoroughly treated, and water ecological natural restoration is accelerated. The intelligent river sewage treatment plant can be moved and flexibly reconstructed in other river sections, and is particularly suitable for treatment of polluted riverways with large sewage amount, treatment of urban sewage discharge channels or treatment of watershed pollution.

The invention relates to the technical field of power grid dispatching monitoring, and particularly relates to a centralized monitoring auxiliary inspection system for a power grid regulation and control center. The system realizes an auxiliary patrol function of power grid transformer substation monitoring information, and comprises inspection responsibility area configuration, monitoring transformer substation setting and inspection information processing so that the monitor can conveniently perform inspection l work of transformer substation remote measurement, remote signaling, displacement, channel working conditions, blocking inhibition, main transformation gears and capacitive reactance simultaneous investment information; the system comprises a responsibility area basic configuration module, a plant station basic configuration module, an inspection starting module, an inspection information processing module and an inspection information query module. The beneficial effects ofthe system are that the equipment monitoring operation management level is improved, the centralized monitoring application function is further improved, the data statistical analysis accuracy is improved, the monitoring information management efficiency is improved and the timely discovery of equipment defects is facilitated.

The invention discloses an automatic monitoring system for monitoring the pollution state of a running river area based on Internet of Things. The automatic monitoring system comprises a sectional type running river management region, fixed point monitoring devices and a running river management central machine room, wherein the sectional type running river management region is divided by the running river area according to a jurisdictional area; the fixed point monitoring devices are arranged on both shores of the running river area and are provided with water quality real-time monitoring devices which are submerged in the water; and the running river management central machine room comprises a cloud server, and the fixed point monitoring devices are in wireless communication connection with the cloud server through an Internet of Things card module. According to the system, the running river area is divided into multiple regions by virtue of fixed point monitoring design, a pluralityof the fixed point monitoring devices are arranged in each region, each fixed point monitoring device is used for uninterruptedly acquiring water quality conditions of the position on which the fixedpoint monitoring device is located in a timing manner, and the systematized monitoring with the cloud server is realized by virtue of a wireless communication function of an Internet of Things card,so that managers of the running river management central machine room and the sectional type running river management region can know the water quality condition of the running river area in real time, and the real-time, rapid and effective management of the running river area is realized.

The invention relates to the technical field of sewage disposal, in particular to a method for treatment of black and odorous water by photocatalysis technology. The method is at least one of photocatalytic exogenous control treatment, photocatalytic endogenous treatment and photocatalytic water maintenance. The method adopts a photocatalytic material for in-situ treatment of black and odorous water, the photocatalytic material is photocatalytic powder and/or a carrier attached with the photocatalytic powder, the carrier is at least one of a net material, a porous foam substrate and fiber filler, and the photocatalytic powder is at least one of fractal structure titanium oxide, surface modified titanium oxide and activated carbon-reduced mesoporous titanium oxide. The method employs the photocatalytic material for effective decomposition of nitrogen and phosphorus organic matters in water, adsorption and redox of heavy metal ions in water, and supplementation of the dissolved oxygen content in water, finally realizes treatment of black and odorous water, saves the raw material cost and improves the treatment efficiency of black and odorous water.

The invention discloses an ecological brick. The ecological brick comprises a brick body, an inserting groove formed in the side wall of the brick body, and a protrusion which is arranged on the sidewall of the brick body and can be in inserted fit with the inserting groove; a planting hole penetrating to the bottom of the brick body from the top of the brick body is formed in the centre of the brick body, a water storage hole which is through in the horizontal direction is formed in the side, not provided with the inserting groove, of the brick body, the axis of the water storage hole is perpendicular to the side wall of the brick body through which the water storage hole penetrates, a grating is arranged on the bottom of the brick body, and the brick body, the protrusion and the gratingare made of permeable materials. Meanwhile, the invention further provides an ecological slope protection system. The ecological brick can converse a water source, continuous growing of plants is facilitated, the ecological slope protection system formed by the ecological brick is high in anti-scouring capacity, and the soil stream erosion prevention capacity can be effectively improved.

The invention discloses a remediation device for hardened soil. The remediation device is characterized in that strut bearings are rotationally connected with moving rollers; the moving rollers are fixedly connected with a rotating shaft; a large belt wheel is in rolling connection with the upper end of a driving belt and is fixedly connected with a driven shaft; the driven shaft is sleeved with upper ends of stay rods; lower ends of the stay rods are fixedly connected with the lower end of a device body; a first eccentric wheel and a second eccentric wheel are fixedly connected with the leftside and the right side of the driven shaft respectively; first bevel gears are fixedly connected with the end parts of the driven shaft; second bevel gears are fixedly connected with lower parts of worms. According to the device, the worms drive worm wheels to rotate to drive grinding rollers to rotate, then the hardened soil is smashed to fall on a guiding plate, and the smashed oil is driven tomove up and down by the guiding plate performing vertical reciprocating vibration and is intermittently discharged into a mixing box from a soil output pipe; a driving shaft under rotating drives stirring blades to rotate to mix chemicals and the soil sufficiently; the mixed soil is intermittently discharged by a second turntable under rotating. The device is reasonable and applicable in structural design, the governing efficiency of the hardened soil is greatly improved, and labor is saved.