156 results about "National level" patented technology

The instant invention relates to an integrated system and method of secure national citizen identity management and e-Governance—known as the CimeGo System®—using as the foundational platform a centralized national-level electronic database of all citizens known as the National Registry (NR) or Central Data Repository (CDR) (containing all relevant data including biometrics in uniquely designed formats, periodically updated) (and also separately for non-citizens) for national level identity management deploying secure smart cards bearing a single, unique scientifically derived identity reference allocated to each citizen valid for the lifetime of the citizen for all applications countrywide, replacing all multiple IDs presently in use. Dedicated India Card Centres (ICCs) across the country serve to rapidly complete citizens' enrolment procedures leading to card issuance and activation. Data stored on the card chip is ported from NR (CDR) and accessed by authorised personnel via card reader units located countrywide. Using the method offered under the instant invention, the NR also serves as the basis for operationalising a modern e-Governance programme with numerous advanced functionalities for efficient, facile bi-directional interaction between citizens versus government and other agencies, spanning a wide range of statutory and non-statutory applications. The Cimego® System facilitates efficient national administration, ensuring compliance by citizens with laid-down laws and national directives. The invention also helps to plan and monitor welfare measures to the populace and to maintain stringent levels of internal security and border regulation by means of the wide ranging actionable inputs and functional capabilities offered by the instant invention.

The invention discloses a method for treating high-salinity high-concentration ammonia-nitrogen wastewater, characterized by: adopting sequencing batch reactor, accumulating nitrification sludge by alternately increasing the concentration of a nutrient solution or ammonia-nitrogen concentration, and domesticating to obtain high salinity-resisting high ammonia nitrogen-resisting nitrobacteria. According to the invention, the nitrobacteria can treat high-salinity wastewater having ammonia-nitrogen concentration of 500mg / L and having the salt content of no larger than 35g / L to make the effluent have the ammonia-nitrogen concentration of no larger than 10mg / L, thus the effluent achieve national level of discharging standard; the method has good effect on treating high-salinity high ammonia-nitrogen wastewater in chemical plant, leather factory, oil refinery and the like, can overcome the shortage that the nitrobacteria cannot simultaneously treat high-salinity and high ammonia-nitrogen wastewater existing in the prior art, and has important economic benefits and social benefits.

The invention discloses a sensor, a monitoring station based on the sensor and a monitoring method of the monitoring station. The monitoring station comprises a cloud server device and a plurality of sensors and also comprises temperature and humidity sensors corresponding to the sensors both in number and position, wherein the cloud server device is in signal connection with atmosphere particle monitoring sensors and national-level monitoring stations. The sensor, the monitoring station and the monitoring method have the benefits that atmospheric particulates are continuously and automatically measured, the measurement cost is low, the concentration of atmospheric particulates can be measured in real time, maintenance is convenient, and defects that an ordinary light scattering method is poor in accuracy, short in service life and not suitable for outdoor measurement and the like are overcome.

The invention relates to improvement on an imidacloprid pesticide wastewater treatment method. The imidacloprid pesticide wastewater treatment method is characterized by comprising the following steps of: performing physical and chemical pretreatment, namely performing chemical phosphorus removal and ferrum-carbon (Fe-C) micro-electrolysis sequentially and then performing Fenton oxidation and catalytic oxidation respectively; and performing biochemical treatment, namely performing aerobic biochemical treatment in the presence of salt-tolerant aerobic bacteria. By the imidacloprid pesticide wastewater treatment method, the total physical and chemical treatment effect is greatly improved; physical and chemical pretreatment can be performed at normal temperature and normal pressure; organic matters difficult to biochemically degrade is degraded and the biochemical property of the wastewater is improved under the condition of low cost; the dilution factor of the wastewater is greatly reduced; and the using amount of diluting water is reduced by 50 to 80 percent, so that the treatment is more economic. The imidacloprid pesticide wastewater treatment method is simple in pretreatment method, mild and stable in process reaction condition, simple in operation (for example, the catalytic oxidation can be performed at normal temperature and normal pressure and a catalyst can be recycled), low in operating cost, good in treatment effect, low in the using amount of the diluting water during the subsequent biochemical treatment and low in total treatment cost, and the water from the biochemical treatment can reach a national level 1 of discharge standard.

A computer extracts traffic data from one or more traffic servers and stores the traffic data in a database. The computer also extracts and stores customer wait time, resource management, and point of sale (POS) data from one or more retail store servers in the database, and each of the retail store servers can correspond to a retail store. Extract and store subroutines may be executed in parallel using multithreading. Upon achieving synchronization of the parallel subroutines, the computer transforms the traffic, customer wait time, resource management, and POS data from the database by determining one or more metrics for each of the retail stores. Next, the computer loads the one or more determined metrics into the database. Finally, the computer aggregates the one or more determined metrics on at least one of a district level, region level, area level, and nation level to determine one or more aggregated metrics.

The present invention relates to a method and apparatus where pre-defined diagnostic medical agent administration data are prospectively collected and analyzed, in order to provide an objective contrast administration risk-benefit analysis, and provide an impartial analysis for pre-testing assessment, as well as optimization of examination, contrast selection and performance parameters. By storing this data in a standardized and centralized fashion, the data could in turn be used for clinical outcome analysis on a local, regional, and national level.

The invention relates to a calibration method of vehicle exhaust emission and a vehicle-mounted self-diagnosis system. The calibration method is characterized in that the calibration method comprises the following steps of (1) testing an engine bench, (2) inspecting a vehicle, (3) optimizing and debugging the vehicle, (4) debugging the vehicle by operating mode method and (5) debugging the vehicle-mounted self-diagnosis system. The debugging of the vehicle-mounted self-diagnosis system comprises aging test of an oxygen sensor, fire detection test, critical catalyzer determination test, diagnostic test of parts, three-high test and verification test. The use of the calibration method can write the related calibration parameters obtained by various tests of the vehicle to be calibrated into a trip computer (ECU), leads emissions of the vehicle to be calibrated to achieve the national emission standards, leads the vehicle-mounted self-diagnosis system (OBD) to pass the national-level check-up and acceptance, further achieves the requirements on putting into market, leading the economy, the power performance and the driving performance of the vehicle to be calibrated to be best and meets the demands of consumers.

The invention relates to a system and method for multilevel cross-domain access control in case of a multilevel administrative domain. The cross-domain access control is realized through a multilevel-role-based mapping mechanism; the method is realized based on all cross-domain access centers deployed in the entire country and provincial levels; the cross-domain access centers provide cross-domain role application and query services; and administrators can administrate all cross-domain access centers. The method comprises two steps of authorizing the cross-domain access control and carrying out access control on cross-domain access behaviors of users according to the authorization, wherein the authorizing of the cross-domain access control comprises the step of establishing corresponding cross-domain roles in related cross-domain access centers, and the control on user access comprises the steps of obtaining the access authority of cross-domain subjects to objects according to the mapping relationship between the cross-domain roles and domains where the subjects and the objects are located, and carrying out control by the domains where the objects are located. The system and the method are used for administrating the cross-domain access of three levels, i.e. a national level, a provincial level and a municipal level, in a security service platform, so that the cross-domain access control has the characteristics of self-government administration, user transparency and convenience in extension.

The invention discloses a method for removing total phosphor by chemical nickel-plating wastewater treatment. The method comprises the following steps: (1), collecting nickel-containing wastewater (hereinafter referred to as wastewater) to a homogenizing pond, and regulating the pH value of the nickel-containing wastewater to 3-4; (2), carrying out strong-alkalinity anion exchange treatment to the wastewater for complexing and destabilizing the treated wastewater; (3), carrying out strong-acidity cation exchange treatment to the wastewater for recycling nickel; (4), adding oxidant o the wastewater; (5), carrying out catalytic oxidation on the wastewater for oxidizing hypo-phosphorous acid and phosphorous acid to orthophosphoric acid, and degrading macromolecule organic complexing agent to micromolecule, so that the macromolecule organic complexing agent loses complexing capacity; (6), carrying out pulse electro-coagulation treatment on the wastewater for reducing emission concentration of the nickel ion; (7), carrying out solid-liquid separating treatment on the wastewater, regulating the pH value, carrying out flocculation so that suspended matter and sludge agglutinate, and are easy to precipitate and separate, and exhausting the liquid supernatant as required by the standard. The method provided by the invention can treat the nickel-containing wastewater to directly reach the national-level emission standard (the concentration of nickel being lower than 0.1 ppm), further can realize recycling the nickel resources and improve the water-treatment economic benefits.

The present invention relates to a method and apparatus where pre-defined diagnostic medical agent administration data are prospectively collected and analyzed, in order to provide an objective contrast administration risk-benefit analysis, and provide an impartial analysis for pre-testing assessment, as well as optimization of examination, contrast selection and performance parameters. By storing this data in a standardized and centralized fashion, the data could in turn be used for clinical outcome analysis on a local, regional, and national level.

A green energy, smart-grid residential system collects power usage information from a plurality of connected homes by progressively integrating information collected from each of the individual homes using a group of sensor devices. Such information is compiled to usable format using distributed computers. The in-home sensor devices include an intelligent master device, and one or more of a communication and power switch device, a ZigBee® enabled switch device, and a power control switch device, each of which typically operate over a power line communication network. The master device collects, compiles, and communicates the collected data to the Web or outside world. The information from a number of these homes in a local area is consolidated using local distributed processors on the Web and provided to a main processing unit for compilation and integration with other regional inputs for use in national policy decision making.

The invention provides a preparation process of cold-pressed tea seed oil. The preparation process comprises the following steps of: firstly smashing tea seed cakes, then adding a certain volume of water, mixing, further adding a certain amount of alkaline protease to perform enzymolysis for a period of time, and performing enzyme deactivation, so as to obtain an enzymolysis solution; adding tea seed oil subjected to infusion refining, heating to 130-145 DEG C, and performing combined reaction for 30 minutes; and finally cooling, and filtering to obtain camellia oleosa seed oil. By virtue of detection, the cast of the cold-pressed tea seed oil prepared by the process is as follows: yellow color 30 and red color 2.1; the acid value is o.4mg KOH / kg; the peroxidation value is 7.8mmol / kg, and the cold-pressed tea seed oil fulfills the standard of national-level edible oil; and the extraction ratio of the tea seed oil under such conditions is 38.71%, and is 9.85% higher than that obtained by a traditional method.

Novel tools and techniques are provided for providing and operating a federated e-commerce network. In some embodiments, a standard database is provided for local providers, stores, or retailers to automatically reflect their supply levels and price in order to facilitate providing a national-level or international-level type e-commerce experience for the local providers, stores, or retailers. A website might be established or maintained that provides local retailers with control over sale of items, while allowing customers to search and purchase items listed in a consolidated inventory list compiling inventory information from databases associated with two or more local retailers in the federated e-commerce network. Customers may also be provided with options to create, modify, or delete wish lists, hate lists, and / or gift lists. Ads may automatically be generated based on one or more of viewing or buying patterns, the wish lists, the hate lists, or gift lists associated with each customer.

A kind of minute nutrition yellow rice or millet wine , belong to the yellow fermented glutinous rice of making technological field, include yellow rice or millet wine base wine, water candy Su, different malt low to gather candy, bamboo leaf extracts, its adding amount is base wine weight percentage respectively 0.01- 20%, 0.1- 20%, 0.1- 5.0%. the invention candy and different malt Su low to gather candy, bamboo leaf extract good health care efficiency and combine together with organic nutrition super strong pairs of fork factor water, it is rational to fill a prescription and design science, has increased the nutrition of the yellow wine, the flavor of the innovative yellow rice or millet wine, abundant intension of the yellow rice or millet wine products of palace. Have a trial test through many national-level yellow wine judging panels, think the products color and luster orange, limpid and transparent and glossy, the wine is fragrant and quiet and tastefully laid out, fragrant, the mouth feel is light and comfortable, there is no bitter, astringent, piquancy of general yellow wine, to enter the mouth is gentle and amiable, flavor the unique, accord with modern pursue nutrition healthy consumption idea.

The invention relates to a technology method for emission reducing and resource utilization of industrial waste water, in particular to a method for processing waste water containing ammonia and acid through the efficient steam stripping deamination technology and the steam stripping deacidification technology and conducting resource utilization on ammonia nitrogen and hydrogen sulfide in the waste water. The waste water with the content of ammonia nitrogen being 500-50000 mg / L and the content of hydrogen sulfide being 100-10000 mg / L can reach the national-level ammonia nitrogen discharging standard after being treated through the technologies, and the content of sulfide is reduced to be below 20 mg / L. Meanwhile, ammonia in the waste water is recycled in a high-purity ammonium sulfate mode, and hydrogen sulfide removed from the waste water can be used for preparing sulfur.

The invention relates to an inorganic ultra-light cement foamed fireproof insulation board and a preparation method for the same. The insulation board is prepared from, by weight, 30-40 parts of ordinary Portland cement, 5-15 parts of high-alumina cement, 5-15 parts of CaO, 5-10 parts of coal ash, 4-6 parts of methylcellulose, 3-5 parts of ammonium chloride and 3-6 parts of foaming agent. The insulation board is obtained by means of dosing, mixing, injection molding and hardening. The inorganic ultra-light cement foamed fireproof insulation board is good in fireproofing, combustion-supporting performance and thermal insulation, the apparent dry density is 100-200kg / m3, the compression strength is 0.15-0.70 MPa, coefficient of heat conductivity is 0.038-0.08w / m k, and the insulation board is light in weight with the combustion performance being capable of meeting national level A1 standard, and can meet 65% of national energy-saving requirements.

The invention discloses a tissue culture breeding method for metabriggsia ovalifolia. In the method, the totipotency of plant cells and plant tissue culture technology are utilized; leaf blades of the metabriggsia ovalifolia are taken as explants and are cultured in a proper culture medium under proper culture conditions after sterilizing, so that the leaf blades can dedifferentiate and differentiate to form adventitious buds; test tube plantlets are obtained by subculture multiplication and rooting culture; and planting seedlings are obtained by transplanting, cultivating and hardening the test tube plantlets. In the method, the planting seedlings can be obtained in 140 days from the induction of the explants, which greatly accelerates the breeding speed of the metabriggsia ovalifolia; through the subculture multiplication, the test tube seedlings can be multiplied by about 4.6 times, so a large number of test tube plants can be obtained in a short time; and after transplanting, the survival rate of the test tube plantlets is up to over 90 percent, so that the metabriggsia ovalifolia of the threatened plants at a national level is preserved and developed, and a good foundation is laid for better utilizing the species in future.

The present invention relates to an electronic voting system. Further, the electronic voting system includes methods and processes for voter registration, voter determination and eligibility, candidate information, on-line ballot generation, real-time voting, real-time voting tabulation, and voter demographics.The electronic voting system and method for electronic voting provides an integrated core election system (ICES). The ICES has a multiprocessor / mainframe / server based core software system that allows for real-time management of an election process across multiple localities at the local, state and national level.

The invention discloses a production method of black tea cakes. The production method comprises the following steps: picking, withering, rolling, fermenting, primarily drying, rolling mass and flowering pekoe, drying and distilling flavor, finely selecting primary tea, weighing the tea, steaming, filling into a mold, tightly pressing, cooling and dehumidifying, drying and packaging. A national-level tea plant variety Fuyun No.6, which is commonly used as a green tea making raw material, is used as a raw material; picking specifications of tea leaves are tender single buds, and the black tea cakes are produced by a unique process. The produced tea has a unique flavor; meanwhile, the difficulties that the quality of green tea produced by using the Fuyun No.6 in summer and autumn is worse and the economic benefits of tea farmers are worse are solved; the economic benefits are higher and the use effect is more ideal.

The invention belongs to the field of establishment of a population genetic resource bank, and provides a scientific establishment method of a goat resource population bank, and provides a goat reference family system establishment case, and relates to two national-level genetic resource varieties, namely, a Dazu black goat and an Inner Mongolia Cashmere goat (Alxa type). According to the resource population establishment method, forward cross and reciprocal cross of Dazu black goat and Inner Mongolia Cashmere goat (Alxa type) are utilized, random mating of genetic relationship is avoided for F1, so that Mendel genetic characters are separated, a goat economic character QTL or a functional gene is located by virtue of a genome means, and a relatively-precise genetic mark is provided for the goat breeding. The genetic resource bank comprises goat population, a genealogy inforamtion database, a phenotypic character database, a DNA sample library, an RNA sample library and a genetic variation information database.

The present invention relates to an integrated system and method for national citizenship management and e-government, the so-called CimeGo. The system serves as a national electronic central database for all citizens, called the National Registry (NR) or Central Database (CDR) (containing An underlying platform for all relevant data, including biometric information in a uniquely designed format and regularly updated) (and separate from those of non-citizens), with the help of a scientifically extracted identity reference that each citizen is assigned a unique and unique identity reference that is valid for life. Secure smart cards for national level identity management that can be used nationwide and replace all identity cards currently in use. Dedicated Indian Card Centers (ICCs) across the country provide services to quickly complete the citizen registration process, guide the issuance of cards and activate the cards. The data stored on the card chip comes from the National Registry (central database) and is obtained by authorized personnel through card readers located throughout the country. Using the method provided by the invention, the national registry can also serve as the basis for operating modern e-government programs, with a large number of advanced functions, enabling convenient and effective two-way interaction between citizens and governments and other institutions, and is widely used in statutory and non-statutory applications. The system facilitates effective state management and ensures that citizens comply with established laws and state directives. With its wide range of operational inputs and functions, the invention not only helps in planning and monitoring welfare measures for the population but also helps in maintaining strict internal security and border controls.

The invention discloses a determination method of a minimum sampling area and a minimum sampling interval of a forest monitored sample plot in a Karst region. The method includes (1) determining a Mulun Karst national natural protection original forest as a research region; (2) establishing a dynamic monitoring sample plot on the Mulun protection area according to CTFS (center for tropical forest science) sample plot building standard; (3) dividing the whole sample plot into 50 sample squares of 20m X 20m and recording names, diameters, heights, crown breadth, three-dimensional coordinates growing states and the like of individual trees with the diameter more than or equal to 1cm; (4) selecting community structure attribute indexes of intensity, average crown breadth, coverage, significance and average height, and diversity indexes of tree species, Shannon-Wiener index, Simpson dominance index and evenness in 200 small sample squares of 10m X 10m; and (5) analyzing data with SPSS16.0\GS+ software, and determining the minimum sampling area and the minimum sampling interval of the monitored sample plot of a Karst mixed evergreen and deciduous broadleaved forest. The method is easy to implement, convenient to operate and accurate in acquired data, and provides important basis for guiding the establishment of dynamic monitored sample plot of southwestern Karst forests.

The invention discloses a network information management system for a comprehensive meteorological observation operation monitoring system. The network information management system comprises a provincial level network information management system and a national level station information management system, wherein the provincial level network information management system is used for receiving basic network information of a station level user-input station, merging the basic network information and matching the merged basic network information with station organizational structure information, support personnel information, observation element information and alarm fault configuration information together to form comprehensive network information storage; the national level station information management system is used for receiving comprehensive network information synchronously transmitted by the provincial level management system. The two levels of systems are used for providing retrieval, statistical query and analysis functions, real-time tracking of the change conditions of observation station information, personnel information and equipment information is realized, the information such as station migration, surrounding environmental change, radar coverage area, radar shielding condition, network density, equipment identify characteristics, personnel change can be obtained, a basic support is provided for the operation monitoring of comprehensive meteorological observation network equipment, and a scientific basic is provided for site selection station building, equipment selection and running guarantee.

The invention discloses a treatment method of stibium-containing wastewater, which comprises the following steps: taking and weighing waste residue of wine industry, adding 0.3-0.5 time (mass) of straw, and adding sodium carbonate and organic acid respectively according to the ratios of 0.5-1 g / kg and 0.2-0.5 g / kg; uniformly mixing, controlling to ensure the dissolved oxygen content is 0.1-0.2 mg / L, the pH value is 6.5-7.5, the temperature is 50-55 DEG C and the potential is (-110)-(-200) mV, and sufficiently fermenting and aging for 6-7 days; sterilizing at high temperature, pulverizing, and then screening to prepare 120-150-mesh biomass adsorbent; and performing flocculating settling treatment on stibium-containing wastewater, and flowing through an adsorption tower with the biomass filter material prepared in the previous step, wherein the effluent water is stibium-removed wastewater, and the concentration of the effluent water reaches 0.02 mg / L and is lower than the national level-one discharge standard. The invention has the advantages that the method is implemented at normal temperature, no noise is made, the used chemical agent is non-toxic, harmless and non-volatile, no new three wastes are generated in the treatment process, the emulsion can be used circularly, the heavy metal can be recycled, raw materials of the agent are accessible and low in cost, the stibium removal efficiency is up to 99.9% or above and the like.

The invention relates to a meteorological device maintenance and repair management system comprising a province-level system and a national-level system which are connected through a meteorological data transmission channel. The province-level system acquires maintenance and repair information of various meteorological devices, classifies the maintenance and repair information according to a preset standard, stores the maintenance and repair information in a province-level maintenance and repair database, and transmits the maintenance and repair information to a national-level maintenance and repair database in order that the maintenance and repair information is shared by the province-level system and the national-level system. After receiving a query instruction, according to the maintenance and repair information and a preset processing program, the province-level system and the national-level system may generate a statistical report in a preset format reflecting the maintenance and repair condition of the meteorological devices, or an analysis and evaluation report reflecting the availability and / or maintainability of the meteorological devices and outputs and displays the statistical report or the analysis and evaluation report. The meteorological device maintenance and repair management system collects and processes the maintenance and repair information of the nationwide meteorological devices in real time, analyzes and evaluates the maintenance conditions, the maintainability, and the availability of the meteorological devices, and shortens device fault repair time.

The invention discloses a preparation method for a standard transformer oil sample. The preparation method comprises the steps of quantifying a blank oil sample, degassing the blank oil sample, injecting the blank oil sample into a sealed container, adding quantified gas, fully mixing the quantified gas and the blank oil sample and the like to prepare the standard oil sample of the transformer. The standard transformer oil sample prepared by the method disclosed by the invention can be used as an oil sample standard for standard transmission from the national level to the local level, so that a detection standard can be easily implemented in reality. The preparation method particularly has an obvious standard oil sample effect on extremely high concentration and extremely low concentration.

The invention discloses a method for treating wastewater during production of gallic acid so as to reach national-level emission standard. The method comprises the following steps: (1) treating wastewater during production of gallic acid through a catalytic microelectrolysis tower device and a flocculent settling technology; (2) treating flocculent-settled effluent water through (acclimated) anaerobic organism technology filled with efficient composite strain; (3) conducting aerobic microorganism technology treatment to the effluent water subjected to anaerobic treatment; and (4) conducting deep oxidization and flocculent settling to the effluent water subjected to aerobic technology and then emitting the effluent water reaching the national-level emission standard. The method solves the difficulty of wastewater treatment during the production of gallic acid, and is small in investment, low in running cost and good in treatment effect.

The invention relates to a post-processing control unit of ammonia storage and supply in a two-stage afterheat manner, which is characterized in that by adopting the afterheat of backflow cooling liquid of an engine, an active ammonia storage compound is heated, and ammonia is released; according to the exhaust condition level of the engine, the ammonia is introduced into the front end of an SCR (Selective Catalytic Reduction) postprocessor by means of the control unit, and the conveying injection and the atomizing decomposition of liquid-free urea are realized in an SCR system; and the system is provided with two active material storage tanks; and the secondary ammonia storage tank is firstly activated when a vehicle is started to quickly respond and reduce the pollutant discharge in the cold start. The system has the characteristic of flexibility, can satisfy the emission control target in the low-temperature cold start of the vehicle, is low in price, high in reliability and convenient to use, is used for an SCR national level-4 system or above, can also be used for an FCEV (Fuel Cell Electric Vehicle) system, satisfies the application demands of the future automobile industry and has practical values.

A computer extracts traffic data from one or more traffic servers and stores the traffic data in a database. The computer also extracts and stores customer wait time, resource management, and point of sale (POS) data from one or more retail store servers in the database, and each of the retail store servers can correspond to a retail store. Extract and store subroutines may be executed in parallel using multithreading. Upon achieving synchronization of the parallel subroutines, the computer transforms the traffic, customer wait time, resource management, and POS data from the database by determining one or more metrics for each of the retail stores. Next, the computer loads the one or more determined metrics into the database. Finally, the computer aggregates the one or more determined metrics on at least one of a district level, region level, area level, and nation level to determine one or more aggregated metrics.