32results about How to "The result is intuitive and clear" patented technology

The invention belongs to the technical field of concrete durability monitoring. The invention particularly relates to an ECT sensor structure optimization and electromagnetic field analysis method. The technological process comprises eight steps including parameter setting, geometric setting, material setting, mesh generation, physical field setting, solving, sensor structure optimization and electromagnetic field distribution calculation. A new idea is provided for solving the positive problem of an ECT system based on software COMSOL. After modeling is completed, the uniformity degree of thesensitive field of an ECT sensor is analyzed through a calculation result, structure parameter values of all parts of the ECT sensor are adjusted, an optimal design scheme is searched for, meanwhile,change of the internal electromagnetic field when a concrete structure contains water can be visually and clearly observed, the relation between the internal moisture content of the concrete structure and the relative dielectric constant is obtained, the accuracy of imaging the internal moisture content of the concrete structure through the ECT technology is improved, and a new verification method is provided for the durability test of the concrete structure.

The graphical representation method operate topological structure of network nodes includes arranging son nodes in some circumference in fixed radius and with root node as circle center to divide the circumference into several sectors, each of which corresponds to a son node set in the angular bisector, weight averaging and calculating size of sector angles with the weight value being the leaf node number of son tree with corresponding son node as root, and so on to position sublevel son nodes and to realize annular distribution graph. The graphical representation of the present invention is intuitive, clear, homogeneously distributed and high in system running efficiency.

The invention provides an H.265 ultra-high definition video quality evaluation method. The method comprises the following steps of performing YUV sampling on the original video to obtain an original video sequence; performing video quality evaluation on the original video sequence and the test video sequence, and calculating video quality parameters; and obtaining an evaluation result by the unified video quality evaluation parameters according to the video quality parameters. The method has the advantages that the video quality of the ultra-high-definition video above 4K can be evaluated, andthe limitation of the current video quality evaluation method on the video resolution is broken through.

This invention relates to a method of detection of food-borne pathogenic bacteria using multiple fluorescent PCR and modified molecular beacons. Several pairs of primers and modified molecular beacon probes are designed according to the specific gene sequence of the pathogenic bacteria to be tested, which is amplified using fluorescent PCR and modified molecular beacon. The amplified product is crossbred with molecular beacon, and the fluorescent intensity of the reaction system is tested with the necessary circle times for intended threshold as a judgment for results, that is, negative for Ct of 0 or 40 and positive for Ct less than 38. This invention, which is advanced in high sensibility, significant specificity, simple operation and intuitionistic observation, is applicable in simultaneous detection of any two kinds, three kinds and four kinds of randomly combined bacteria and food-borne pathogenic bacteria as well as specimen in large amounts.

The invention discloses a kit and a method for simultaneous detection of a Staphylococcus aureus gene and an Escherichia coli gene by using a dual molecular beacon-LAMP process, belonging to the technical field of molecular biological detection. The kit comprises an LAMP reaction system, wherein the LAMP reaction system comprises a primer group used for detecting the Staphylococcus aureus gene nuc and an rfbE gene of the Escherichia coli O157: H7, the primer group includes a pair of outer primers F3 and B3, a pair of inner primers FIP and BIP and a molecular beacon probe of the nuc gene and further includes a pair of outer primers F3 and B3, a pair of inner primers FIP and BIP and a molecular beacon probe of the rfbE gene. The method provided by the invention has the advantages of high sensitivity, strong specificity, avoidance of cross reaction with a dozen of bacteria of a control group, simple operation, realization of visual and clear observation of results and a fast detection speed.

The invention relates to a method and system for processing communication network call information in the field of mobile communication, in particular to a method and system for analyzing abnormal call events of users and performing real-time monitoring and optimization of the network. The network element records the call information of each call-related stage, reports the abnormal call information to the call history record server, and stores it in the database of the call history record server; the abnormal call information is processed by the network management system. The present invention can carry out end-to-end comprehensive analysis of the whole network element for a user's call; it can not only reflect the operation status of the network based on the network element, but also reflect the specific details of each abnormal call; at the same time, the analysis cost is greatly reduced, and the result is clear Intuitive, adaptable to large-scale network environment and multi-vendor network operation environment.

The invention belongs to the field of oil and natural gas industry oil casing thread parameter detection, and particularly relates to a method for judging the angle of an oil casing knuckle thread form. The method comprises the following steps that (1) after casing thread machining is completed, a thread form height deviation value h is measured; (2) a judging criteria is set to be h<k(H-Ss-(p / 2) / tan(A / 2)); and (3) when the measured thread form height deviation value h meets the judging criteria, the angle of the thread form is judged to be qualified, otherwise, the angle of the thread form isjudged to be unqualified. According to the method for judging the angle of the oil casing knuckle thread form, the judging range is obtained through mathematic model calculation, judging is conductedby comparing the measurement value with the judging range, the result is intuitive and clear, and the detection efficiency is high.