627 results about "Technological system" patented technology

A computer implemented model-driven method to generate platform specific code for a user interface is disclosed. In one embodiment, the method includes, capturing customer requirements of the software component in a schema, modeling business-software architecture of the software component in a first level of the schema, modeling technical architecture of the software system from the modeled business-software architecture in a second level of the schema, defining events in the schema that connect the first level and the second level of the schema, defining links in the schema that represent interactions between the user interfaces, defining integration services in the schema for each of the events, mapping each element in the first level to a corresponding one of the elements in the second level using the events, links, and integration services in the schema, loading the schema of the software component into a code generation repository.

A system and method to generate a Universal Identification Number (UIN) for every human being on the planet, and its RFID application to uniquely verify the identity, and apparatus for biosensor integrated device receiving GPS or cellular signals to determine location, and transmitting data through radio signals to identify, track, monitor, and rescue humans. UIN database comprising of public, health, and confidential data, protects privacy by hiding the sensitive information and providing the required information only to authorized agencies on ‘need to know’ basis, like medical emergency data to authorized hospitals for advance preparedness to save lives or to law enforcement agencies when authorized under specific circumstances. UIN secures credit, debit and ATM card transactions through additional code verification and fulfills a pending need for technological system to eliminate child abduction, identity fraud, credit card theft, terrorism, and helps in saving lives of people.

The invention discloses a numerical simulation determination method of a deep high-stress roadway drilling pressure relief parameter. Before simulation is carried out, a test roadway surrounding rock sample is firstly subjected to a loading and unloading test in a laboratory, an attenuation relationship between a rock sample strength parameter and a damage variable is obtained by fitting and is embedded into a FLAC<3D> (Fast Lagrangian Analysis of Continua) built-in strain softening constitutive model, and an actual measurement mine pressure expression law of a test roadway is taken as a known characteristic value to carry out inversion on the numerical calculation model parameter of a rock mass. A deep roadway drilling pressure relief numerical calculation model is established to simulate and analyze the influence law of a pressure relief drilling orientation, pressure relief opportunity and drilling parameters (diameter, length and inter-row spacing) on the stability of roadway surrounding rock, and a determination method of each factor which affects a pressure relief effect is put forward, and a drilling pressure relief technology system is perfected. The numerical simulation determination method considers the mutual action relationship of a pressure relief degree and the stability of the surrounding rock while pressure relief drilling parameters are determined, and the designed pressure relief drilling can perform a maximum pressure relief effect on a premise that the stability of the surrounding rock is guaranteed. The method is simple and exhibits high application value.

The invention provides a theoretical design and technical design of cell-free protein synthesis for DNA replication, transcription and translation coupling, a preparation, a kit and a preparation method. Specifically, with the application of the in-vitro cell-free synthesis system provided by the invention, complex protein can be synthesized, and moreover, DNA and mRNA can be synthesized; and effective, high-throughput and quite convenient protein synthesis can be completed with the use of a DNA template by a minute quantity (nanogram-microgram).

The invention discloses a smoke desulfurization and denitrification integration method and a special device thereof. The method is characterized in that a wet-method process is used in one technological system to simultaneously remove sulfur dioxide and nitrogen oxide in the smoke; an ammonium method is used for desulfurization, ammonia water is also used as a desulfurizer of the sulfur dioxide and a neutralizing agent for byproduct nitric acid produced in the denitrification process; an oxidization reduction method is used for the denitrification, a desulfurization byproduct ammonium sulfite or ammonium bisulfite is used as a reducing agent, urea is used as a reducing agent, a quinine-contained hydroxyl compound is used as a catalyst, air is blown into the denitrification circulating liquid so as to provide the dissolving oxygen and the oxidant for the oxidization reaction of the nitrogen oxide; a byproduct ammonium nitrate of the denitrification reaction is placed into the desulfurization liquid so as to recycle the nitrogen ammonium; and ammonia nitrogen chemical fertilizer ammonium sulfate and ammonium nitrate are recycled, and the entire technological flow is free from discharging sulfur-contained or ammonia nitrogen-contained waste liquid out of the system. Due to the adoption of the method, the integration of the desulfurization and the denitrification can be realized, the device is miniaturized, and no waste liquid is discharged in the technological process.

The invention relates to a technology system applicable to identification and evaluation of cold resistance of isolated parts of different bamboo varieties, in particular to a method for identifying and evaluating the cold resistance of bamboos. The method for identifying and evaluating the cold resistance of the bamboos is characterized by comprising the following steps of: a) taking a twig of the same bamboo age and with a length of 30 centimeters as a reference; b) quick-freezing a part of processed leaves in liquid nitrogen for 30 minutes and then storing the leaves into a refrigerator at the temperature of 80 DEG C below zero and the like. The method for identifying and evaluating the cold resistance of the bamboos is characterized by: a) conductivity determination; b) determination of soluble sugar content; c) determination of soluble protein content; d) malondialdehyde (MDA) determination; e) praline determination; f) determination of activities of superoxide dismutase (SOD); and g) determination of activities of peroxidase (POD).

The invention discloses an acidified soil improvement method for a rubber plantation. The method comprises the following steps of: 1, selecting sowing time and green manure variety; 2, planting green manure, i.e., A, performing seed dressing by using symbiotic matching root nodule bacteria and phosphorus fertilizer before plantation of leguminous green manure; and 3, harvesting and burying the green manure, i.e., burying the harvested green manure in a dressing furrow and performing combined application of lime as a corrosion promoter in a burying process. The method aims at serious acidification of soil of the rubber plantation; meanwhile, no systematic control technology system is available at present; and the leguminous green manure with higher acid resistance and shading resistance is selected and used and application of microbial manure, DCD (dicyandiamide), the lime and the like is combined according to farm operation time process such as rubber plantation soil fertilization and winter management, so that the pH (Potential of Hydrogen) of the soil and contents of soil organic matter and the like of the rubber plantation are improved, thereby improving the acidified soil of the rubber plantation.

The invention relates to enterprise-level big data platform architecture, and aims to improve standardization and efficiency of big data processing, extraction, storage and data mining of enterprisesin actual production at low cost. The big data platform can run on expandable common hardware based on Hadoop, Spark, Hive, Hbase and other Apache open source projects, and a complete big data technical system is constructed and comprises a data storage platform, an offline computing platform, a real-time computing platform and a machine learning platform. And enterprise computing tasks under various complex conditions can be met. The platform further comprises a set of complete data processing standards such as data storage, data quality supervision and ETL process standards, and strategy schemes such as core data protection and data authority control so as to ensure data quality normalization and data asset safety.

The invention provides a BIDA integral engineering technology system, and belongs to the technical field of construction engineering. According to the technical system, a BIM model is used, refined family library building according to a construction sample, BIM model building for deep design, prefabricated processing segmentation and grouping, processing detailed diagram drawing, factory prefabrication processing, field assembly and debugging and acceptance check are performed. The BIM technology is used in the whole process for guiding the application. The technical system is favorable for engineering construction efficiency improvement and labor release. Through the standardized design, preassembled part factorized production and mechanical construction, the construction period is greatly shortened; in addition, the construction people number is reduced to a great degree; the work productivity is improved; the labor cost is reduced; and the energy source saving, resource saving and environment pollution reduction are facilitated. The engineering quality and construction safety improvement is facilitated; and the industrialization level improvement is facilitated.

The technological process of extracting gold from tailing containing gold includes preparing material, stacking tailing, laying the liquid soaking system, leaching out gold, recovering gold, treating leached dregs and other technological steps. In the step of preparing material, the present invention solves the seepage problem in chemical loosening mode, rather than physical mode. Compared with traditional gold extracting technique, the present invention has the advantages of simple technological process, low production cost, high gold recovering rate, wide application range and good environment protecting effect.

The invention provides a process system and a method for synchronously removing carbon, nitrogen and sulfur in wastewater, relating to a device and a method for treating the wastewater. The process system solves the defects of complicated process, high operating cost, low processing efficiency and difficult elemental sulfur separation in the prior art for removing the carbon, the nitrogen and the sulfur in the wastewater. In the process system, an outlet of a carbon-nitrogen-sulfur synchronous removal device is communicated with an inlet of a nitrifying reactor; and an outlet of the nitrifying reactor is communicated with an inlet of a sedimentation tank. The method comprises the following steps of: transforming organic substances, sulfate and ammonia nitrogen in the wastewater into carbon dioxide, elemental sulfur and nitrogen respectively; transforming H2S and NH3 metabolized in gas phase into the elemental sulfur and the nitrogen; and degrading sludge generated in the growth of microorganisms. The method has the advantages of high processing efficiency, no secondary pollution, simple process, low operating cost, completely recycled elemental sulfur and so on; and the process system also has the advantages of occupied area conservation and convenient operation.

The invention discloses a heavy-pitch ultra-thick coalbed fully-mechanized caving mining three-dimensional similar material simulation test bed, which solves the problems in the prior art that the two-dimensional similar material for heavy-pitch ultra-thick coalbed is poor in similarity and accuracy. The test bed comprises a test box body, a coalbed mining simulation system, an acoustic transmitting and monitoring system and a stress monitoring system, the coalbed mining simulation system comprises a peristaltic motor and a controller, the peristaltic motor is connected with a metal lock ring on the tail part of a cylindrical medium simulation material in a test box body, a parallelogram jack is respectively formed in a left baffle plate and a right baffle plate of the test box body. By adopting the heavy-pitch ultra-thick coalbed fully-mechanized caving mining three-dimensional similar material simulation test bed, the simulation in a three-dimensional space form can be carried out and is closer to the real situation of the engineering, the moving rule of a overlying strata in the heavy-pitch ultra-thick coalbed fully-mechanized caving mining process, the pressure release rule of a coalbed soleplate and the surface mining settlement rule can be obtained, and theoretical support can be provided for establishing a heavy-pitch ultra-thick coalbed fully-mechanized caving mining technical system.

This invention discloses a stationing method for terminals in multi-radio access technology public cover regions by determining a prior network in a public covery region of a radio access network and selecting a determined option network for stationing when the terminal moves to said public covery region. This invention also discloses a bp method for terminals at multi-radio access technology public covery region, in which, when a network side beeps a public covery region to the down-line of the terminal, it beeps in the prior network only, in this way, it can optimize network beep when multi-kind of different radio access technological systems coexist.

The invention discloses a water supplement and algae control method for a large-scale shallow lake water bloom agglomeration water area. The method utilizes a water environment simulation technology, a soft enclosure technology and a dynamic monitoring and scheduling technology and comprises building a lake water environment analogy model, constructing soft enclosure engineering to form a desired water area, carrying out on-line monitoring on the desired water area, building a space-time high precision water environment analogy model of the desired water area, constructing a water quality neural network model and building a flow scheduling system of a water supplement river. The method is a systematic and quantitative technical system which utilizes a river flowing into lake to supply water for a large-scale shallow lake water bloom agglomeration water area so that algal density is controlled. The method builds a defined quantification relationship between supplement water amount and quality and water quality response of a desired water area so that quantitative water environment in the water resource scheduling system is realized, and the problem that the existing water diversion-based alga control engineering measures cannot form a quantitative technical solution so that alga control effects are uncertain or unconspicuous is solved.

The invention discloses a hydrate sediment flow solid output measuring device combining an X-CT technology and a measuring method. The measuring device comprises an X-ray penetration type reaction kettle, an X-CT scanning analysis system, a vacuum system, a temperature and pressure control system, a hydrate sample preparation system, a sand production monitoring system and a permeability measuringsystem, wherein through integrated application of a sand production-seepage system under the micro-scale multi-factor coupling effect, the coupling relationship of a reservoir structure and physicalspace-time evolution and flow solid output under the multi-factor collaborative action can be quantitatively described, different hydrate generation modes can be selected according to the experiment requirements, different hydrate occurrence states in natural sediments can be simulated and studied, and the device and the method can be used for researching the space-time evolution characteristics of a sediment pore structure under the hydrate convergence and divergence and effective stress conditions and an influence rule of the space-time evolution characteristics on sediment flow solid output, so that the theoretical bottleneck of the hydrate reservoir structure and a physical evolution and flow solid output mechanism in a hydrate production process is broken through, and the device and the method have important engineering significance to deeply understand a depressurizing production law of the South China Sea, practically improve the biogas production efficiency and perfect a depressurizing production technology system.

The invention provides a smart city big data management system, and relates to the technical field of smart cities, and the system comprises: a big data center station which is used for collecting city big data provided by city infrastructures, carrying out the preprocessing of the city big data to obtain preprocessed big data, and storing the preprocessed big data to form a city brain database; acollaborative sharing platform which is used for carrying out capacity encapsulation and protocol adaptation on the capacity components, abstracting the capacity components into atomic energy, and providing services to the outside through an open communication interface so as to support business applications of different technical systems to call and interact with the preprocessed big data; and an auxiliary decision application which is used for carrying out artificial intelligence analysis according to a pre-generated adaptive decision analysis engine set and the preprocessed big data, and displaying an analysis result to an urban manager through an urban instrument panel so as to monitor an urban operation state in real time and provide technical support for decision making of the urbanmanager. According to the invention, the city can self-discover problems to the greatest extent and assist in solving the problems.

The invention provides a superimposed assembled type underground pipe gallery system and a construction and manufacturing process. A bottom plate is a cast-in-place bottom plate on an underground pipe gallery cushion layer, side walls and a middle wall body are prefabricated sandwich superimposed walls, a top plate is a prefabricated superimposed plate, and the bottom plate, the side walls and the middle wall body and the top plate are connected into an overall underground pipe gallery in a cast-in-place mode. According to the novel underground pipe gallery technology system, part is subjected to prefabrication in a factory, part is subjected to on-site superimposed cast-in-place, advantages of prefabrication in the factory and on-site cast-in-place are fully played, defects and disadvantages of prefabrication in the factory and on-site cast-in-place are overcome, particularly defects that a traditional superimposed pipe gallery is low in production efficiency and small in transport quantity are overcome, on-site template-free construction is achieved, environmentally friendliness and energy conservation are achieved, efficiency is high, and excellent waterproof performance is achieved.

Various technological systems and methods are provided related to risk asset analysis, data capture and generating and executing agreements. In one embodiment, for example, a method and system configured for assisting with risk asset data collection is provided. In one implementation, for example, the method and system are configured for accurately collecting detailed information on assets which are subject to risk, including the accurate and unambiguous collection of financial terms of any agreements associated with those assets that all parties have a common and invariable understanding and record of the terms.

The invention relates to a novel cultivation technology for preventing and controlling banana fusarium wilt, which is characterized in that mixed planting of banana and Chinese chive is adopted and root exudate or residue putrilage of Chinese chive is used for inhibiting fusarium oxysporum f. sp. Cubense. The cultivation technology for preventing and controlling banana fusarium wilt by taking Chinese chive as a core comprises crop rotation and intercropping. The technology has low incidence for whether plantain or banana (Musa AAA Group Cavendish), even no disease, and is suitable for application in a large area.

The invention discloses a technology for ecological breeding of large Chinese mitten crabs (female crabs 150g and male crabs more than 200g) in a pond. The method comprises the steps of (1) selection and transportation of the large parent crabs, (2) mating of the parent crabs, (3) over-wintering fatting and management of the parent crabs, (4) catching and temporary breeding of egg-carrying crabs, (5) cage hanging and distribution of the egg-carrying crabs, (6) food organism culture, (7) zoea cultivation, (8) megalopa desalting. The technology for ecological breeding of the large Chinese mitten crabs in the pond is developed for emphasizing to improve the over-wintering survival rate and the egg-carrying rate of the large parent crabs and the survival rate of the egg-carrying crabs according to features of reproductive biology and reproductive ecology of the Chinese mitten crabs on a basis of in-pond ecological breeding work of large parent crabs. Technical practices of an inventor for nearly a year proves that unprecedented success on the in-pond ecological breeding of the large parent crabs is achieved, an in-pond ecological breeding technical system of the large parent crabs is established, and profound influence is made in the Chinese mitten crab breeding industry of our country.

The invention relates to an improved process for activated sludge and biomembrane composite A<2>O. The improved process consists of three stages of processes, i.e. an anaerobic stage, an anoxic stage and an aerobic stage, and is characterized in that a ciliary biological packing material is added in an aerobic reactor; an ultrasonic treatment device is adopted to carry out cavitated decomposition for residual sludge inside a secondary settling tank so as to form organic substance with liquid solubility; moreover, the sludge is returned to the front end of an anoxic reactor. The improved process adopts the ciliary biological packing material to fix a great amount of nitrifying bacteria of long generation reproduction time, thereby improving the speed of nitration reaction and reducing the influence on nitrifying flora caused by sludge age change; the ultrasonic treatment device is adopted to treat residual sludge, thereby making use of efficient useful substances contained in the residual sludge; meanwhile, the improved process solves the problem of insufficient carbon source during A<2>O technological process, and maintains better denitrogenation and dephosphorization effects for an A<2>O technological system at the same time.

The invention discloses an online cross-border transfer payment method for users between commercial banks based on a block chain. A traditional cross-border transfer payment technology system betweencommercial banks and an emerging virtual digital encryption currency cross-border transfer payment technology system based on a block chain technology are fused. Certain national legal currencies areused as intermediary currencies. Medium currency is used as a carrier for value conversion between different countries of currency. Value conversion between different countries of currency is realizedby using the smart contract. Compared with the prior art, the method has the advantages that the virtual digital currency is replaced, point-to-point transmission of cross-border payment between commercial banks is realized by the aid of an alliance chain in a block chain technical system on the basis of existing financial supervision of cross-border payment of the commercial banks, and the technical scheme has the technical characteristics of controllability, anonymity and traceability so as to meet financial supervision requirements between the international and the regions.

The invention discloses a quantizing system and a computing method of carbon dioxide emission reduction quantity based on a building. A carbon dioxide emission reduction mode which can be implemented in the operating period of the building is divided into eight modes, namely lighting energy-saving carbon emission reduction, building energy-saving measure carbon emission reduction, solar hot water carbon emission reduction, energy-saving electric equipment carbon emission reduction, low-carbon traffic carbon emission reduction, waste disposal carbon emission reduction, water saving carbon emission reduction and renewable energy source carbon emission reduction. By directly quantizing the carbon emission reduction of the eight carbon dioxide emission reduction modes, the carbon dioxide emission reduction total quantity in the operating period of the building and the carbon dioxide emission reduction quantity of unit area are obtained finally. For the situation that the conventional building carbon emission reduction is subjected to qualitative analysis and not subjected to quantitative computation, the quantitativity of a low-carbon technology is realized by unifiedly converting different design effects of the low-carbon technology to the carbon dioxide emission reduction quantity of the building, so the popularization of a low-carbon technical system in reforming of a new building and the existing building is more facilitated.