42results about How to "Achieving Quantitative Description" patented technology

The invention relates to a high temperature and high pressure visualization wellbore gas-liquid flow state simulation experiment device and a method thereof and belongs to the technical field of wellbore gas-liquid flow state study in the oil and gas development process. The high temperature and high pressure visualization wellbore gas-liquid flow state simulation experiment device is characterized in that the experiment device comprises a wellbore system, a gas-water pressurization injection system and a visualization monitoring system; the gas-water pressurization injection system simultaneously injects gas and liquid into the wellbore system, and the visualization monitoring system conducts monitoring. Further provided is the experiment method adopting the above-mentioned device. With mutual cooperation of various parts such as a high temperature and high pressure visualization wellbore model, the gas-water pressurization injection system and the visualization monitoring system, thehigh temperature and high pressure visualization wellbore gas-liquid flow state simulation experiment device and the method have the advantages of being capable of simulating and monitoring gas-liquid two-phase flow patterns under different gas-liquid ratios and different flow rates when the pressure in a wellbore is lower than 30 MPa and the temperature is lower than 150 DEG C, being capable ofsimulating vertical to horizontal and intermediate any angle well conditions, realizing disassembly and self-assembly of the experiment device, and achieving repeated use and low cost.

The invention discloses a quantitative characterization method of aromatic vinegar flavor and based on electronic nose and electric tongue intelligent sensory technologies, and belongs to the field ofcondiment quality detection. Aromatic vinegars of different vinegar ages are selected as representative samples, a GC-MS technology is used for detecting the content of two main aromas of the samples; and a national standard method is used for detecting contents of physical and chemical indicators of taste of the samples. An electronic nose which is specially designed is used for obtaining smellinformation of the samples, and an electronic tongue system is used for obtaining taste information of the samples; and then data collected by the electronic nose and an electronic tongue and corresponding physical and chemical values establish a corresponding information model correspondingly, and characterization of flavor of the to-be-detected aromatic vinegar samples is realized. According tothe quantitative characterization method of the aromatic vinegar flavor and based on the electronic nose and electric tongue intelligent sensory technologies, the electronic nose and electric tongue intelligent sensory technologies are used for realizing quantitative characterization of the flavor of the aromatic vinegars of the different vinegar ages, the evaluation method is simple, rapid and intelligent and is reliable in results.

The invention discloses a method for determining reconfiguration time of a reconfigurable manufacturing system. The method is characterized in that a reconfiguration point of an RMS (reconfigurable manufacturing system) can be quickly and reasonably determined according to the change of an order, a processing function and a processing capability capable of meeting market requirements are rapidly reconfigured, and the features of low cost and quick response of the RMS are kept. The method comprises the following steps of firstly analyzing RMS dynamic complexity by utilization of information entropy, dividing the RMS dynamic complexity EX into a sum of an RMS active complexity Ep and an RMS negative complexity En, and analyzing RMS complexity change situation in the perspectives of the processing function and the processing capability; then constructing a potential function by utilization of a cusp catastrophe theory, wherein the catastrophe moment of the potential function is the reconfiguration time point of the RMS. The method disclosed by the invention has the advantages that reconfiguration point decision judgment evidence is provided for a decision maker, the system reconfiguration is performed in time, and the activity of the RMS is kept.

The invention relates to a cladding layer cross section contour curve under broadband laser effect and a modeling method, and a cladding layer cross section contour curvilinear equation is that y=hc-0.5*wc/sin theta+ the square root of [0.5*wc/sin theta)<2>-x<2>], x belongs to [-wc/2,wc/2],wherein, y is an ordinate of a coordinate system XOY; X is an abscissa; hc is the height of the cladding layer; wc is the width of the cladding layer; theta is a deposition angle; and the XOY coordinate system takes the bottom center of the cladding layer as a round O, the width direction of the cladding layer as shaft X, the height direction of the cladding layer as the shaft Y; hc, wc and theta are described as the functions of a technological parameter laser power P, a powder layer thickness T and a scan speed V. <{EN2}>The curvilinear equation modeling method comprises the steps of conducting a broadband laser cladding selectivity all factor test to obtain a technological parameter preferable scope; performing central composite design test; intercepting a cladding layer cross section for sampling; plotting the geometric dimension of the cladding layer cross section; establishing a quantification description relation formula of the geometric dimension of the cladding layer cross section and the technological parameter; deriving a contour curvilinear equation of the cladding layer cross section, and verifying the contour curvilinear equation of the cladding layer cross section. <{EN3}>The curve provide data support for the layered slice of a laser cladding application and a locus program; the modeling method is simple; the operability is strong; and the accuracy is high.

The invention discloses an automatic fetal head descending angle measurement method. The method comprises the steps as follows: S1, a perineal approach ultrasonic image of a pregnant and laying-in woman and recorded as an original image; S2, performing pubic symphysis segmentation on the ultrasonic image; S3, performing fetal head outline segmentation on the ultrasonic image; S4, calculating the included angle formed between the connecting line of upper and lower edges of pubic symphysis and the tangent line of the lower edge of the pubic symphysis and the fetal head outline, which is AOD. Bymeans of the AOD automatic measurement method for evaluating the position of a fetal head, the position of the petal position can be measured accurately, objective and reliably, quantitative description of the position of the fetal position can be realized, a doctor is helped to make scientific decisions for the delivery process, so that the fetal-maternal damage is effectively reduced, unnecessary cesarean section is reduced, and the birth quality is improved.

The invention discloses a compensation method for the multi-tooth uneven cutting behavior of a high-speed milling cutter and relates to the compensation method for the cutting behavior of the high-speed milling cutter. The invention aims at solving the problem that the quality of the processing surface is reduced due to the uneven cutting of the existing high-speed multi-tooth milling cutter. The compensation method comprises the following steps of firstly, establishing a cutting behavior model of the high-speed milling cutter under the vibration of the milling cutter and the influence of cutter tooth errors; secondly, recognizing the cutting behavior of the high-speed milling cutter, adjusting the tooth pitch and the rotating speed, and performing primary compensation; thirdly, recognizing the high-speed milling cutter for the second time, and performing secondary compensation on the multi-tooth uneven cutting behavior; fourthly, verifying the compensation effect. According to the compensation method disclosed by the invention, the problem that the quality of the processing surface is reduced due to the multi-tooth uneven cutting of the high-speed milling cutter under the vibration of the milling cutter and the influence of the cutter tooth errors is solved.

The invention relates to a cataclastic lithoface determination method. The method specifically comprises the steps of 1) carrying out field structure petrographic reconnaissance; 2) carrying out fieldmacroscopic structure measurement; 3) measuring and counting the crack attitude of cataclastic lithofacies of all strength and levels; 4) systematically collecting all kinds of specimens; 5) making various sheets, polished sheets and probe sheets, and carrying out petrographic and mineralographic identification under a polarizing microscope; 6) carrying out microscopic crack measurement and statistics on the basis of the petrographic and mineralographic identification; 7) carrying out microscopic crack petrographic and geochemical petrographic research; and 8) delineating the cataclastic lithofacies. The method disclosed by the invention has the following advantages: the quantitative description of cataclastic lithoface characteristics and classification is realized; the theoretical research and the application analysis are combined; and basic data is provided for analyzing a rock and ore forming mechanism and a coupling mechanism of a structure and a fluid, carrying out ore prospecting prediction, evaluating distribution rules of hydrogeologic water and the slope stability of circulating and engineering geology, assessing environmental geological disasters and the like.

The invention discloses an image structured report template automatic generation method and system, and the method comprises the following steps: S1, extracting a qualitative entity from a natural language representing image description of historical image report big data, carrying out the importance statistics of the qualitative entity, and obtaining the importance degree of the qualitative entity, selecting a qualitative entity as a quantitative entity according to the importance degree; and S2, constructing a structured image data table template based on the quantitative entity, and constructing a structured image description language template based on the quantitative entity and the image data table template. According to the method, the structured report template is constructed on the basis of quantitatively described organ tissues obtained based on expert experience, so that quantitative description and qualitative description of the medical image are realized, and both standardized and structured expression are considered; structured representation of the medical image in a data form is beneficial to statistical management of a generated structured report, so that the retrieval automation degree is improved.

The invention relates to a method for analyzing oil-water emulsification behavior in a near wellbore area and a perforation blasthole. The method comprises the steps that 1, the data of any one liquid production capacity oil well or the same oil well are obtained; 2, conventional 'screw type' perforations of actual layer sections are subjected to planar location treatment in the same radial direction, and the number of the perforations is determined; 3, n equivalent round pipes are built, a radial zone of the near wellbore area is arranged into an arrangement form in an equivalent mode, the arrangement form is composed of the multiple round pipes filled with reservoir rock particles and with the same size, and all oil-water media penetrating and flowing into an oil pool of a borehole through formation pores are uniformly distributed into the round pipes to flow; 4, the effective flow cross area of the equivalent round pipes is determined; 5, the shear energy of oil-water mixtures in any one equivalent round pipe flow field is calculated; 6, the shear energy is obtained by repeating the steps from one to five; 7, the quantitative shear energy under various production working conditions is subjected to statistic analysis; and 8, the adding period and a joint of a chemical demulsifier in the production process are formulated according to high and low changes of the shear energy subjected to statistic analysis. According to the method for analyzing the oil-water emulsification behavior in the near wellbore area and the perforation blasthole, the problem that the oil-water emulsification behavior in the near wellbore area and the perforation blasthole which cannot be reached is difficult to identify is solved.

The invention belongs to the field of safety evaluation of concrete gravity dams, and provides a method for calculating an I-type stress intensity factor of a rock-concrete interface crack under the action of a continuous load. The interface crack I-type stress intensity factor under the continuous load effect can be simply and conveniently calculated, then quantitative description of an interface crack tip stress field under the continuous load effect is achieved, and a reference is provided for safety evaluation during the service period of a concrete gravity dam.

The invention discloses a grouting diffusion reinforcement simulation and permeability coefficient test device and method for a water-rich sandy soil stratum. The device comprises a sand layer simulation system, a slurry input system, a flowing water simulation system and a monitoring and data acquisition system, two ends of the sand layer simulation system are connected with a slurry inlet bin and a slurry outlet bin; the slurry input system is powered by an air compressor, and slurry is injected into the sand layer simulation system from a slurry inlet bin; the flowing water simulation system pumps flowing water into the sand layer simulation system; the monitoring and data acquisition system records changes of stratum parameters such as osmotic pressure and soil pressure. According to the invention, the transparent organic glass and the transparent soil material are applied, so that the visual simulation of the whole grouting diffusion and reinforcement process of the water-rich low-water-pressure sandy soil stratum can be realized, the permeability coefficients of reinforcing bodies at different diffusion distances can be integrally measured, and the visual simulation of slurry diffusion and reinforcement under the working condition of high-pressure flowing water in the sandy soil stratum can be carried out; the method plays a positive and beneficial reference role in actual grouting diffusion and reinforcement engineering of the water-rich sandy soil stratum.