477 results about "Basic level" patented technology

Systems and methods to leverage and manage data and knowledge in a M2M or Internet of Things (IoT) network are provided. More particularly, a cognitive intelligence platform for an IoT network that provides autonomic decision support system at or near real-time and executes a dynamic runtime is provided. The hardware, software and communication design of the platform replicates the structural and operational model of the human nervous system to achieve cognitive intelligence through adaptation, collaborative learning, knowledge sharing and self-adjustment. Further, in one embodiment, the cognitive intelligence platform has three logical processing layers of increasing complexity, each of which has agents that use statistical and machine learning techniques and algorithms to resolve situational needs and update knowledge. Furthermore, each processing layer of the platform has a basic level of intelligence and additionally the hierarchy of layers aggregates the learning and intelligence at each layer.

Embodiments of the present invention are directed to a method for content mining of semi-structured documents. In one embodiment, a semi-structured document is first converted from a document-type specific format such as HTML or PDF, to a document-type independent format such as XML. The document formatting, which contains basic level information about the document's structure, is then analyzed by a series of modules to develop a higher level understanding of the document's structure. These modules append information to the document describing the features which collectively comprise the higher level document structure. The appended information facilitates finding specified information within the document when content mining is performed.

A single-shot nail stapler includes a valve and a valve-opening rod for pushing the valve open. A major trigger includes two side members each with an upper portion pivotally attached to a portion of the single-shot nail stapler and a lower portion defining a substantially horizontal slit and a substantially vertical slot with an upper end and a lower end. A slide includes two side members each including a fin formed thereon and defining an inclined slot with an upper left end and a lower right end. The fins are movable in the substantially horizontal slits of the major trigger. A secondary trigger includes an upper portion, a lower portion and an aperture defined in the lower portion of the secondary trigger. A pin is fit in the aperture of the secondary trigger and movable in the inclined slots of the slide and the substantially vertical slots of the major trigger. Two springs are each compressed between the major trigger and each of the slide members of the slide. A security element extends movably between the side members of the major trigger for pushing the upper portion of the secondary trigger.

The present invention relates to an external-cavity tuneable laser including a gain medium (2) and a tuneable mirror (8), wherein at least the tuneable mirror is in thermal contact, with a thermally conductive platform (10). The tuneable mirror lays substantially horizontally on the thermally conductive platform significantly thereby improving the thermal contact of the tuneable mirror with the platform. The laser beam from the gain medium is directed onto the tuneable mirror, which is mounted substantially horizontally with respect to the thermally conductive platform, by means of a deflector (6) that deflects the beam or a large part of it towards one of the principal surfaces of the tuneable mirror. The resulting laser cavity is therefore a folded cavity. The thermally conductive platform is preferably thermally coupled to a TEC (11) that provides thermal control for the platform. In a preferred embodiment, the deflector is a beam splitter that deflects part of the incoming light and transmits the remaining part. A beam splitter as deflector a more compact laser assembly can be envisaged. According to a preferred embodiment of the invention, the portion of light transmitted through the beam splitter forms the output laser beam. In other words, the external-cavity laser outputs a laser beam on the side of the wavelength selective elements (the tuneable mirror and, if any, the channel grid), i.e., on the side of the front facet of the laser diode. With this laser design, a collimating lens to collimate the output laser beam is not necessary.

The invention relates to the technical field of three-dimensional spatial data storage, in particular to a three-dimensional spatial data storage and management method based on a file system. An object-oriented method and a through based on the file system are adopted for the design and the development of the three-dimensional spatial data storage and management method used to uniformly store the spatial data and the attribute data of a three-dimensional spatial object entity in a file and effectively obtain the spatial data and the attribute data through a file stream technology. The thoughts of classified storage, incremental superaddition, index management and real-time scheduling are adopted to realize core technologies, such as overground and underground as well as indoor and outdoor three-dimensional spatial data integrated management, high-efficiency three-dimensional spatial indexing, dynamic scheduling and the like. The invention has the advantages of high-efficiency processing and flexible management and can be compatible with a large spatial database system to supply basic-level support for the management and the application of a three-dimensional spatial database.

The invention discloses a primer-mediated cyclized constant-temperature nucleic acid rolling circle amplification method and a kit. The method comprises the following steps of: 1) designing an oligonucleotide sequence; 2) amplifying a single-stranded DNA (deoxyribonucleic acid) target template from target nucleic acid; 3) cyclizing the DNA target template through a DNA ligase; and 4) performing rolling circle amplification on the cyclized DNA target template. According to the method disclosed by the invention, a long padlock probe with high cost does not need to be synthesized, the length of the sequence of the target nucleic acid can be allowed to be longer, the rolling circle amplification can be performed on any sequence of the target nucleic acid, a solution can be provided for preventing a sample from being polluted by an amplified product, and a new era that gene detection enters applications in basic level units is opened.

The invention discloses a water conservation temperature reduction half-flexible pavement. The pavement is formed by porous basic asphalt mixture; the pore of the porous basic asphalt mixture is filled by cement base water conservation mucilage. The porous basic asphalt mixture is formed by mixing high viscocity rubber modified asphalt with the brookfield viscosity of 1.5 to 4.0 Pa-S, aggregate and mineral powder when the detection temperature is 175 DEG C. The construction method is as follows: the porous basic asphalt mixture is paved on a compacted basic level; the cement base water conservation mucilage is used for grouting construction on the porous basic asphalt mixture; the pore of the porous basic asphalt mixture is filled; redundant sizing agent on the pavement is cleared. The water conservation temperature reduction half-flexible pavement overcomes the respective shortcoming of cement pavement and asphalt pavement, has the high strength, good toughness, long service life, gives the particular water conservation temperature reduction function on the pavement; the pavement temperature can be reduced by more than 10 to 20 DEG C; the water conservation temperature reduction half-flexible pavement has the remarkable ecological, technical, economic and social benefits.

The invention discloses a multimode data acquisition comprising steady data (energy management system acquisition), dynamic data (wide area measurement system acquisition), transient data (fault signal system acquisition) applied to power automation system and a processing method. In the method, multimode data are uniformly indexed by measuring multimode, and multimode data acquisition and processing are realized by using real-time database collection memory technology and combining access method of equation and C/S mode so that the efficient memory and index of multimode data of power system in integrated system are realized and the high-efficient reliability of network and data transmission is also guaranteed, thereby realizing the unique interface for accessing and managing multimode data for the subject, providing basic-level support for further data analysis processing, and creating conditions for intellectualized dispatching system.

A method and program for setting up a Master computer for imaging a computer hard drive from one hardware platform to a second, dissimilar hardware platform is disclosed. The program will be deployed onto a first computer. The program strips down the operating system files, hardware driver files, and registry settings of the computer to a very basic level, and resets certain system files, driver files, and registry settings. The Master computer may then be cloned or imaged onto a second computer without the second computer crashing. The program allows cloning and conversion between computers, even if the computers are different models or are made by different manufacturers.

The present invention discloses an explosion welding method with aluminum-steel composite materials; a double-layer aluminum plate (4) is arranged on a basic level steel plate (6) through a support (5); a buffer protecting layer is paved on the surface of the double-layer aluminum plate; an explosive (2) is placed on the surface of the buffer protecting layer in the way of stage gradient style, so that per unit area explosive capacity is stepped gradually decreased from the center of the double-layer aluminum plate to two ends; a large acreage of the aluminum - steel composite materials is gained through the explosion welding method; per unit area explosive capacity is stepped gradually decreased from the center of the double-layer aluminum plate to two ends; the material of the basic level steel plate is a carbon steel or a low alloy steel; the material of the double-layer aluminum plate is a pure aluminum or an aluminum alloy with less or equal to 0.1 percent of Mg. The explosion welding method of the present invention has the advantages of high intensity and equal strength in composite bonding, no excessive melting, delaminating, or non-compounding phenomenon at an interface, being capable of making thick double-layer aluminum plate composite materials through once explosion welding, convenient in production and higher in efficiency.

The invention discloses a fluorescent immunochromatography method for whole quantitative detection of C-reactive protein and a reagent kit thereof. The fluorescent immunochromatography method for the whole quantitative detection of the C-reactive protein (CRP) utilizes excellent fluorescent characteristics of quantum dots, and combines double-color marking technology and immunochromatography technology to achieve fluorescent quantitative detection on the basis of optimizing each constituent elements of test paper. Compared with a conventional colloidal gold immunochromatography method, the fluorescent immunochromatography method for the whole quantitative detection of the CRP has the advantages of being good in stability, low in non-specificity, high in flexibility, wide in linear range and accurate in quantifying. The reagent kit of the fluorescent immunochromatography method can perform the whole quantifying and can simultaneously predict and evaluate infectious diseases, antibiotic effects and cardiovascular and cerebrovascular diseases. The fluorescent immunochromatography method for the whole quantitative detection of the CRP and the reagent kit of the fluorescent immunochromatography method are suitable for various-level hospitals, and particularly contribute to wide popularization in basic-level hospitals and clinics.

In a vehicle having a cabin with an ingress-and-egress opening portion on its side provided between a front-wheel axle and a rear-wheel axle, there are provided plural passenger seats including a driver seat on a floor panel, a support member to support its seat cushion and seat back in such a manner that the seat cushion is selectively held in sitting state of a substantially horizontal position or in stored state of a substantially upright position, whereas the seat back is selectively held in first-use state of a substantially upright position or in second-use state of a substantially horizontal position, and seat rails to support the passenger seat movably in a longitudinal direction. An effective use of passenger seats can be improved, and an utility space in the cabin can be enlarged at need.

The invention discloses a systematic solution for voltage quality evaluation and optimization of low-voltage transformer area distribution networks. The systematic solution comprises the following steps: collecting topological structures, circuit parameters, phase sequence of tail end users, and load curve characters of the distribution networks in all low-voltage transformer areas to establish a low-voltage transformer area mathematical model; calculating average power or instantaneous power of users according to user consumption data in a marketing system of a power supply enterprise, and computing an active power, a line loss rate and each node voltage value of each section of a line through a forward-backward sweep distribution system power flow calculation method; performing optimal design and simulation analysis on the low-voltage transformer areas through modes of transferring load, newly increasing lines, changing lines and adjusting phase sequence to realize the optimal line loss rate and investment costs comprehensively. According to the solution, with a developed software platform, workload of line patrol and modeling in the low-voltage transformer areas can be greatly reduced, real-time data updating of the low-voltage transformer areas can be realized by basic-level power supply stations (offices) through combining with corresponding management measures, and the operation and maintenance level of the low voltage distribution networks can be improved.

An adjustable-height workstation that can hold a laptop or tablet computer. The workstation includes a base section, an intermediate section having an upwardly-extending lower support structure, an upper support structure, and a pair of parallel side links connected there between, to accomplish a double-crank parallelogram four-bar linkage, with the upper support structure defining the coupler of the linkage. The workstation also has an upper working section supported by the intermediate section and having at least a first essentially horizontal shelf, to provide an adjustable-height workspace.

The invention discloses a power supply reliability fuzzy comprehensive evaluation method based on an improved membership degree function. The method comprises the following steps: (1) selecting N basic level indexes capable of reflecting a current situation of a power supply reliability of a power distribution network to establish an evaluation index system; (2) dividing quality grades of N evaluation indexes into six quality grades, which respectively are "optimal", "excellent", "good", "mean", "qualified" and "unqualified"; (3) determining a comprehensive weight for each of the evaluation indexes in the evaluation index system by employing subjective and objective analysis methods which combine an improved hierarchical analysis method with a variation coefficient method; and (4) carrying out scoring on each evaluation index to obtain a scoring value of the each evaluation index. According to the method disclosed by the invention, the problem that a relation is established difficultly between two quality grades of the evaluation indexes in power supply reliability fuzzy comprehensive evaluation field is solved; and meanwhile, the problem that when index data are similar, evaluation results are consistent and cannot be distinguished is solved, and more fine power supply reliability fuzzy comprehensive evaluation is realized.

The invention discloses primers for loop-mediated isothermal amplification-lateral flow dipstick (LAMP-LFD) detection of a vibrio vulnificus and probe sequences. The primers are characterized by including three pairs of LAMP primers, namely TolC-F3, TolC-B3, TolC-FIP, TolC-BIP, TolC-LF and TolC-LB, and a probe TolC--HP, wherein the Van-FIP is a biotin labeling primer at 5' terminal; the probe TolC-HP is a fluorescein isothiocyanate FITC labeled probe at the 5' terminal; concrete sequences are shown in SEQ NO1-NO7 in a sequence table. The primer has the advantages of good quickness, specificity and sensitivity and simple demands on instruments; early diagnosis and detection of the vibrio vulnificus are facilitated; the demands of a basic-level detection mechanism and field epidemic focus detection can be met.

The invention relates to a fault mode-based establishment method for a maintenance support simulation system for an equipment basic level. The establishment method comprises the following steps of: S1, establishing a fault simulation model for a basic level support object; S2, establishing a state simulation flow for the basic level support object; S3, establishing a maintenance activity simulation flow for the basic level; S4, establishing a support resource service simulation flow; S5, simulating and outputting a supportability index evaluation result. The method is capable of realizing a simulation evaluation on various supportability indexes, and solving the problems of divorce between the prior art and an actual development process for equipment, and low index evaluation credibility.

The invention discloses a mesh-based flood control command studying and judging system. The system comprises the steps that firstly, mesh generation is performed in an area under administration at first, meshed are adopted as units, and one or more water and rainfall condition information monitoring stations are arranged in each mesh; the water and rainfall condition information monitoring stations inside each mesh transmit current water and rainfall condition data to the system in real time; the water and rainfall condition data of the corresponding meshes is input into a hydrological prediction model for performing prediction analysis, and future rainfall predication data of each mesh is obtained; similarity analysis is performed through the flood control command studying and judging system, and historical water and rainfall condition data with the highest similarity with the current water and rainfall condition data inside the corresponding meshes is obtained; the current water and rainfall condition data, the historical water and rainfall condition data with the highest similarity with the current water and rainfall condition data and the future rainfall predication data of each mesh, socioeconomic data and basic level flood control system data are visually displayed in a GIS map through the flood control command studying and judging system. By mesh generation of the area under administration, the multiple meshes are formed, and the flood control early warning is more visualized.

The invention discloses a medical health data analysis method. With medical service data as a basic data source and through building medical analysis indicators and a theme, corresponding medical health service data are designed and specified; based on an ORACLE database, a data warehouse and a market are designed and built; an SQL language is used to realize data ETL; in combination of a front-end visual presentation mode, theme analysis for all kinds of medical services is further realized; in view of partial sample data, a data analysis report is formed; interfaces and specifications for medical health data are unified, unified management on the medical health data is realized, analysis on main indicators such as outpatient, inpatient, basic drug supervision, basic level medical servicequality and basic level personnel configuration is completed, interconnection and interworking and sharing of information are realized, the medical service level is finally improved, and assistance is provided for relevant decisions.

The invention discloses a combined bevel conveyor, aiming to overcome the defects of complicated equipment operation and large occupied area in the prior art and comprising an engine base with a caster and an electric control cabinet, wherein the engine base is provided with a bevel conveying device, the elevation of the bevel conveying device can be adjusted at random and the bottom end thereof is hinged with the engine base; the top end of the bevel conveying device is provided with a horizontal conveying device at a basic level the lower surface of which is provided with a telescopic mechanism, the telescopic mechanism comprises a plurality of legs arranged at the lower surface thereof, a roller is arranged at the lower surface of each leg, and a guide rod is arranged at the top end of the bevel conveying device and has functions of guiding and suspending the telescopic mechanism; and a clean and jerk device is arranged at the lower surface of the bevel conveying device. The combined bevel conveyor has adjustable conveying height and strong adaptability, and the horizontal conveying device can realize large stroke movement and small occupied area of the whole set and easy storage, can be dissembled to be encased and packaged so as to facilitate long distance transportation, and also can be disassembled for single use.

The invention relates to a Chinese medicinal composition for treating coronary heart disease. The Chinese medicinal composition is a preparation prepared from the following raw materials: cauterized astragalus, codonopsis pilosula, cauterized liquoric root, snakegourd fruit, longstamen onion bulb, safflower, szechuan lovage rhizome, trogopterus dung, root of red-rooted salvia heated with liquor, suberect spatholobus stem, motherwort herb, processed rhizoma pinelliae, tangerine peel, cassia twig, oriental waterplantain rhizome, atraotydin, bitter orange and dwarf lilyturf tuber. The formula is suitable for vitality deficiency and phlegm stasis congesting type coronary heart diseases which are common clinically. Clinical verification of clinical 1,486 patients shows that the Chinese medicinal composition has quick response, exact curative effects, high efficiency, a small number of complications and good long-term effects, is economical and practical, is easily accepted by patients and has certain scientificity, advancement and practicability. The raw materials of the Chinese medicinal composition have wide sources, high quality and low price, so that the Chinese medicinal composition is worthy of popularizing in basic levels.