34 results about "Classical theory" patented technology

The invention discloses a method for reconstructing a digital rock core and pore network model based on a random fractal theory. The method comprises the following steps of based on the multiple fractal features of a porous medium, performing fractal representing on a capillary pressure curve obtained by the conventional mercury intrusion method, inferring fractal expressions of random distribution density function, average value and variance by a random distribution theory, and combining the random theory and the multiple fractal theory to construct a digital rock core, so as to rapidly construct a three-dimensional micro-network model. The method has the advantages that the cost is low and is reduced; the capillary pressure curve is measured by the mercury intrusion method, the full-section rock core is used in experiment, and a micro-pore structure is fully displayed. According to the method, the computing method is simple and convenient, and the advanced method is adopted; the micro-pore structure of reservoir rock is complicated and irregular, and an extremely complicated system cannot be accurately described by the traditional classical theory, so after the method combines the multiple fractal theory and the random distribution theory, the micro-pore structure can be accurately represented, and the method is easily implemented by programming.

The invention relates to a cross-polarization laser feedback grating interferometer of a phase modulation type, and a measurement method thereof. The measurement principle is based on the grating diffraction, optical Doppler effect, Lamb semi-classical theory and time-domain orthogonal demodulation principle. The orthogonally polarized light outputted by a birefringent dual-frequency helium-neon laser is perpendicularly incident to a polarization beam splitting prism and is divided into two linearly polarized light beams in different polarization directions. The two polarized light beams respectively pass through two different electrooptical modulators and then are respectively reflected by a reflector at a + / -1-order Littrow incidence angle to a reflection-type diffraction grating. The diffracted light returns to the laser cavity along the respective incident light, and performs self-mixing interference with the light in the cavity. The backward output light of the laser passes through a polarizer and then only the single-mode light is retained and accepted by a photodetector. An output signal of the photodetector is outputted to a data processing module for data processing, and the two-dimensional displacement of a target to be measured is obtained. The grating interferometer has the advantages of simple structure, large measuring range and high measurement resolution.

The invention discloses a system harmonic probability evaluating method based on a Markov chain Monte Carlo method. The system harmonic probability evaluating method comprises the steps of: s1, establishing an h-time harmonic current model generated by individual harmonic with total number of m in a certain class composite load and a general current model of the h-time harmonic of the certain class composite load injected into a PCC point; s2, analyzing uncertain parameters of the current model according to a Bayes formula in a classical theory of statistics, acquiring more objective and accurate unknown quantity posteriori distribution after adjustment through derivation and combining with rough prior distribution of the uncertain parameters; s3, acquiring the Markov chain Monte Carlo method; and s4, arriving at a probability statistics characteristic value and a probability density curve of percentage of each harmonic current according to the Markov chain Monte Carlo method. The results obtained by adopting the system harmonic probability evaluating method based on the Markov chain Monte Carlo method are more comprehensive, more objective and more similar to the actual condition of a power distribution network.

A power distribution network fault positioning method based on a GIS is disclosed. The method comprises the following steps of firstly, aiming at a power distribution network fault positioning problem, analyzing errors, misinformation, low efficiency and other disadvantages caused by the fault positioning method adopted at a current stage, carrying out data collection for a power distribution network and a covered geographic position, and establishing a power distribution network topology model based on the GIS in ArcGIS Pro; and secondly, with the help of the spatial network analysis, the network analysis and the visual expression function of the GIS, through combining the classical theory of a bayes formula, establishing the scientific and reasonable power distribution network fault positioning method. The invention provides the power distribution network fault positioning method capable of accurately positioning a fault.

The invention relates to a non-linear static analysis method for deep-sea slow-wave umbilical cables, which includes the following steps: (Step 1) theoretical assumption; (Step 2) creation of a mechanical analysis model: Because of the thin and long characteristic of an umbilical cable, the configuration of the umbilical cable is described with the position of the central axis of an umbilical cable pipeline according to a classical theory, divided into a spanning section and a touchdown section; (Step 3) setting of boundary conditions: The umbilical cable is connected to surface floating devices through bend limiters, the connection is simplified as articulated connection, and thereby the boundary condition of a layout point (LOP) is determined; and taking the diameter influence of the umbilical cable into account, the boundary condition of a touchdown point (TDP) is determined; (Step 4) numerical solvent: Once top tension T0 is determined, the configuration of each differentiation element is worked out sequentially from the top by the recurrence method, and thereby the overall slow-wave configuration of the umbilical cable is obtained. The non-linear static analysis method can effectively implement analysis on deep-sea slow-wave umbilical cables. In the process of solvent, the top tension T0, spanning section length and touchdown point location of the umbilical cable are unknown, only the top layout angle Theta 0 is a known parameter, and numerical solvent needs to be carried out by iterative operation; once the top tension T0 is determined, the configuration of each differentiation element is worked out sequentially from the top by the recurrence method, and thereby the overall slow-wave configuration of the umbilical cable is obtained.

The invention discloses a fatigue crack growth rate prediction method based on an artificial neuron network. The fatigue crack growth rate prediction method utilizes the outstanding fitting capability of the artificial neuron network on a multielement non-linear mapping relationship to carry out exploitative learning in experiment data and finally describe the mapping relationship between fatigue load (stress intensity factor and stress ratio) and a corresponding crack growth rate, and a fatigue crack growth rate prediction algorithm is established on the basis of the mapping relationship. The fatigue crack growth is a highly non-linear process, and an influence on the fatigue crack growth by a stress ratio is non-linear, which is shown in the specification. The traditional classical theory is characterized in that the fatigue crack growth rate is taken as a linear process under a log-log coordinate to carry out calculation. Since the artificial neuron network is used for predicting the fatigue crack growth rate, the characteristic of high non linearity of the fatigue crack growth can be fit, and meanwhile, the influence on the fatigue crack growth rate by the stress ratio can be favorably described.

A DELTAZ calculator calculates difference between an inversion layer capacitance by a classical theory and an inversion layer capacitance by a quantum theory, calculates DELTAZ which is a thickness of a semiconductor substrate equivalent to the difference in inversion layer capacitance. A discretization mesh generator generates a Delaunay discretization mesh for a structure of the semiconductor device to be evaluated. An electrical parameter calculator calculates electrical parameters of the semiconductor device under constraint that a charge density of channel conductivity type of the semiconductor device is set to zero at discretization mesh points of the discretization mesh on an interface between an insulating film and the semiconductor substrate and at discretization mesh points of the discretization mesh in the semiconductor substrate which are located within a distance less than the stored DELTAZ from the interface between the insulating film and the semiconductor substrate.

The invention discloses a cigarette ignition tendency testing device based on an oxygen consumption principle. The cigarette ignition tendency testing device is characterized by comprising a combustion testing unit, a smoke filtering unit and a three-way valve which are sequentially connected, and also comprising a sampling pipeline and an exhaust pipeline which are connected with the three-way valve and are arranged in parallel, wherein an oxygen analyzer is connected to the sampling pipeline; an output end of the oxygen analyzer is connected with a computer; a heat release amount of a cigarette is obtained by calculating the oxygen consumption after the cigarette is ignited, so that the cigarette ignition tendency is characterized. The cigarette ignition tendency testing device is designed based on a classical theory of combustion science and is reasonable in structure and simple and convenient to operate, and the heat release amount of the cigarettes can be effectively tested, so that the cigarette ignition tendency is reflected, and the device has scientific theoretical support and strong persuasion. Moreover, the use amount of consumables in the testing process can be greatly reduced, the testing number of the cigarettes is reduced, the testing cost is obviously saved, and the testing efficiency is improved.

The invention relates to a preparation method of a traditional Chinese medicine preparation. The drug is an oral preparation which is mainly prepared by active ingredients of paeony, cassia twig, raw ginger, Chinese date, membranous milk vetch root and liquoric root and other excipients. The preparation method applies the modern preparation process under the guide of the classical theory of the traditional Chinese medicine, the accumulated experience of the traditional medicine are retained to the maximum extent, and the preparation method can also meet the needs of preparation forms which are applicable to the rapid pace of modern society, such as granules, tablets, capsules, powder, dropping pills, and the like.

The objective of the invention lies in providing a method and device for carrying out Doppler estimation in a high-speed mobile system, especially an LTE system or other systems based on the OFDM. Compared with the prior art, the method comprises the steps: respectively carrying out the channel estimation of signals of a plurality of pieces of equipment according to receiving signals from the plurality of pieces of equipment, so as to obtain channel estimation values of the plurality of pieces of equipment; and jointly carrying out the Doppler estimation of the plurality of pieces of equipment based on a normalized post-processing / pre-processing method according to the channel estimation values. The method greatly enlarges a training signal sample, and can improve the accuracy of parameter estimation through a classical theory. Meanwhile, the method meets the demands for a shorter period. A combined Doppler estimation algorithm can improve the performance of the high-speed mobile system, and has no loss. The method can increase the number of pieces of access UE of one cell. The method saves the transmission power of a single piece of user equipment, and prolongs the service life of the user equipment.

The invention discloses a foot bath medicine package for treating athlete's foot and belongs to the technical field of traditional Chinese medicines. According to the technical scheme, the foot bath medicine package is prepared from raw materials in parts by weight as follows: 4-8 parts of herba schizonepetae, 4-8 parts of radix saposhnikoviae, 4-8 parts of dried alum, 4-8 parts of longan shells,12-18 parts of fructus xanthii, 12-18 parts of cortex pseudolaricis, 12-18 parts of fructus kochiae, 12-18 parts of fructus cnidii, 12-18 parts of radix stemonae and 12-18 parts of radix sophorae flavescentis. The selected Chinese herbal medicines are targeted, have effects of resisting bacteria, diminishing inflammations, realizing sterilization, removing toxins and pus and the like, can dissolveand dilute sebum in follicular orifices to facilitate cell exfoliation and discharge and reduce the chance of secondary infection and have effects of moisturizing and moistening skin and prolonging local efficacy; all the medicines are combined in use to realize functions of killing parasite, reliving itching and promoting tissue regeneration, and the athlete's foot is cured fundamentally. The foot bath medicine package is formed according to classical theories of the traditional Chinese medicine, the Chinese herbal medicines are scientifically matched, the preparation method is simple, the medicine directly acts on the focuses in the foot bath manner, and the cure rate is high.

The invention discloses a method for detecting the photo ionization microscopic imaging of Rydberg atoms. A time-dependent semi-classical theory method is adopted. A relatively clear interference pattern of photo ionization microscopic imaging is obtained by changing the scale energy of Rydberg atoms and the frequency of an oscillating electric field. By changing the position of a detection plane,the oscillating structure of an electron wave function can be directly observed on the macro scale. The disclosed photo ionization microscopic imaging method makes people's observation of a microscopic particle wave function become reality. The photo ionization microscopic interference pattern imaging method is of great significance to the analysis of experimental results in related fields, the interpretation of experimental phenomena and the optimization of instruments and equipment. The method of the invention not only provides some theoretical guidance for the development and experimentalresearch of a photo ionization microscope, but also has an important application prospect in astrophysics, plasma physics, ion trapping, design and development of semiconductor micro junction devicesand other high-tech information technology fields.

The invention relates to a preparation method of a traditional Chinese medicine preparation which is derived from scutellaria decoction that originally cures combination of syndromes of Taiyang and Shaoyang. The diarrhea is mainly caused by Shaoyang with pathogenic factor, and the heat pathogenic factor of Shaoyang internally forces Yangming, and then presses the large intestine. Disease in Shaoyang is easy to cure. The prescription has baikal skullcap root with the function of reducing fever and stopping diarrhea; according to 'material medica of Sheng Nong', intestines has diarrhea, paeoniaalbiflora can be used for curing and relieving pain, while licorice and rhubarb combination can invigorate spleen. Under the guild of the classical theory of traditional Chinese medicine and pharmacology, combined with the present traditional Chinese medicine preparation technique, the method remains the experience accumulation of the traditional Chinese medicine to the maximum extent, can also be adapted to the fast-paced preparation formulations such as pulvis, distilled pill, granular formulation, troches and capsules.

The invention relates to a correction method, in particular to a climate correcting method of a synthetic electric field of a direct current transmission line. A synthetic electric field measuring instrument used in the method comprises an electric field measuring probe and a data collection unit which are connected through a cable. The method comprises the following steps that A data of the synthetic electric field are collected; B the collected data of the synthetic electric field are restored into synthetic electric field intensity values; C the synthetic electric field intensity values are monitored; and D modification values of the synthetic electric field intensity values along humidity changes are obtained through statistic analysis. The climate correcting method is used for correcting the synthetic electric field according to different environment humidity on the basis of a classical theory calculation method of the synthetic electric field, enables an empirical formula to be accurate and wide in applicable scope, and guarantees environmentally friendly of the direct current transmission line.

The invention relates to a human internal organ assessment method based on infrared medical imaging. The assessment method comprises the following steps: setting a human internal organ assessment system based on the infrared medical imaging, wherein the human internal organ assessment system comprises a far-infrared lens, infrared thermal imaging equipment, a human body surface division module, an image processing module, an internal organ temperature arrangement module, a comparison module and an assessment and analysis module; collecting body surface infrared waves of a user by virtue of the far-infrared lens, and processing the infrared waves by virtue of the infrared thermal imaging equipment so as to obtain an infrared image of the user; dividing the human body surface into a heart region, a liver region, a spleen region, a lung region, a kidney region, a gallbladder region, a stomach region, a large intestine region, a small intestine region and a urinary bladder region by virtue of the human body surface division module; computing by virtue of the image processing module so as to obtain the temperatures of the various organ regions of the user; arranging the temperatures of the various organ regions from high to low by virtue of the internal organ temperature arrangement module; comparing a result of arranging the temperatures of the organ regions with an arrangement result on organ energy in the classical theory of traditional Chinese medicine by virtue of the comparison module; and obtaining the abnormal situations of the internal organs of the user by virtue of the assessment and analysis module.

The invention discloses a method and a system for unbiasedly evaluating whole genome SNP (single nucleotide polymorphism) chip exome and analyzing gene coverage rate, and evaluating SNP coverage rate condition of DNA (deoxyribose nucleic acid) fragments. False positive rate of the existing methods can be reduced and accuracy thereof can be improved while advantages of the existing evaluating methods are preserved. The technical scheme includes establishing models according to population genetics classical theory haplotype block and linkage disequilibrium theory, loading the established data models to a data processing unit, processing dataset to be detected or sequence position information, outputting image results and calculating the results, inputting the results to a calculating module to analyze, and acquiring annotation of coverage rate condition and r2 according to image information and data information.

The invention discloses a method for obtaining casing and cement interface shear coupling stiffness from cased well acoustic logging. A sliding interface boundary condition is adopted to describe a non-good contact interface between a casing and a stratum, and the boundary condition is introduced into the field of well cementation acoustic logging. A well cementation acoustic logging model characterized by a slip interface is adopted to effectively simulate various complex coupling conditions of the casing and the stratum. Compared with an existing classical theory, by using the method of theinvention, an acoustic logging response problem of the cement interface under a complex cementing condition from complete non-cementing to complete cementing and in a transition state can be described, and a new way is provided for solving practical application problems.

A quantum correlation autocollimator and angle measurement method, using a coded light field realized by stepping motor and pulse modulation control, using an industrial camera and a zoom lens to shoot a series of magnified or reduced ω-fold images of the light field, and the images are in time sequence Stored in the storage unit for use. Use the pinhole diaphragm and single-pixel photodetector to replace the part of the classic autocollimator array camera, and correlate the collected photodetection signal with a series of images taken by the industrial camera, and the calculation result will get the imaging position of the pinhole diaphragm coordinate. By rotating the mirror and repeating the measurement, the coordinates of the imaging position of the two pinhole diaphragms can be subtracted, and the rotation angle information can be obtained according to the classic autocollimator theory, and the angle measurement can be completed. The invention overcomes the disadvantages of the existing classic autocollimator, such as large volume, mutual restriction between angle measurement range and angle measurement accuracy, and can solve the problems of miniaturization, large angle measurement range and high angle measurement accuracy of the autocollimator.

A medicine for treating varicocele belongs to the technical field of traditional Chinese medicine preparation. The medicine is prepared from the following components by weight: 2-4 parts of raspberry, 2-4 parts of medlar, 2-5 parts of Rhizoma Atractylodis Macrocephalae Preparata, 3-6 parts of Poria cocos, 2-3 parts of dried tangerine peel, 2-3 parts of radix bupleuri, 2-4 parts of Herba schizonepetae, 2-4 parts of Radix Paeoniae Alba, 2-3 parts of cassia twig and 2-3 parts of cortex moutan. The above medicaments are ground respectively, mixed together, and prepared into pills, powders, granules, paste and other pharmaceutical dosage forms according to the conventional processing methods. The medicine is for the treatment of intermingled deficiency and excess varicocele in Chinese medicine syndrome differentiation and can effectively improve the patient's fertility. The medicine is based on the classical theory of Chinese medicine, and optimized from continuous clinical practice. The medicine has the efficacies of invigorating spleen, tonifying kidney, transforming dampness, coursing the liver, rectifying qi an invigorating blood circulation. Compared with operation, the medicine has the advantages of convenient use, safety, effectiveness, low cost, and easy acceptance by the patient.

The invention discloses a monitoring system and a monitoring method suitable for the dislocation of the joint structure of the airport pavement. The vertical deformation of the slab end at the position of the dowel bar where the FBG is arranged at the joint can reflect the size and form of the staggered deformation of the measured area of ​​the concrete slab; the monitoring system provided by this application is used for The staggered deformation monitoring of the airport runway can reflect the staggered form of the measured area of ​​the concrete slab through the vertical deformation of the slab end at the position of the FBG dowel bar arranged at the joint. This system is suitable for the staggered structure of the pavement joint Deformation monitoring.

The objective of the invention lies in providing a method and device for carrying out Doppler estimation in a high-speed mobile system, especially an LTE system or other systems based on the OFDM. Compared with the prior art, the method comprises the steps: respectively carrying out the channel estimation of signals of a plurality of pieces of equipment according to receiving signals from the plurality of pieces of equipment, so as to obtain channel estimation values of the plurality of pieces of equipment; and jointly carrying out the Doppler estimation of the plurality of pieces of equipment based on a normalized post-processing / pre-processing method according to the channel estimation values. The method greatly enlarges a training signal sample, and can improve the accuracy of parameter estimation through a classical theory. Meanwhile, the method meets the demands for a shorter period. A combined Doppler estimation algorithm can improve the performance of the high-speed mobile system, and has no loss. The method can increase the number of pieces of access UE of one cell. The method saves the transmission power of a single piece of user equipment, and prolongs the service life of the user equipment.

The invention belongs to the technical field of learner modeling, and discloses a learner-oriented self-adjustment learning data information processing system and method, and the method comprises the steps: constructing a learner self-adjustment learning process theoretical model composed of four circulation stages; decomposing and explaining the secondary indexes, and constructing a self-regulation learning index system; and carrying out data acquisition and preprocessing according to the provided self-regulation learning index system. The method focuses on the cultivation of the ability of the learner, and is improved and optimized on the basis of the foreign classical theory in combination with the actual demand, so that the method can better adapt to the learning condition of the students in China. According to the invention, a family-school cooperation mode is utilized to enable a low-school-age learner to obtain more feedback and help when the learner carries out self-regulation learning, and participation and help of parents and teachers are reflected from an excitation process of an external motivation to a maintenance process of an internal motivation of the learner, so that the students are guided to better carry out self-regulation learning; and a good co-cultivation atmosphere is created for the students through cooperation of the family and the school.

The invention discloses a method for obtaining the shear coupling stiffness of casing and cement interface from sonic logging of casing wells. The slip interface boundary condition is used to describe the non-good contact interface between casing and formation. A boundary condition was introduced into the field of cementing sonic logging, and a cementing sonic logging model characterized by slip interface was used to effectively simulate various complex coupling situations between casing and formation. Compared with the existing classical theory, the present invention can describe the sonic logging response problem under the condition of complex cementation from complete cementation to complete cementation and transition state of cement interface, and provides a new approach for solving practical application problems.

The invention discloses a fatigue crack growth rate prediction method based on an artificial neuron network. The fatigue crack growth rate prediction method utilizes the outstanding fitting capability of the artificial neuron network on a multielement non-linear mapping relationship to carry out exploitative learning in experiment data and finally describe the mapping relationship between fatigue load (stress intensity factor and stress ratio) and a corresponding crack growth rate, and a fatigue crack growth rate prediction algorithm is established on the basis of the mapping relationship. The fatigue crack growth is a highly non-linear process, and an influence on the fatigue crack growth by a stress ratio is non-linear, which is shown in the specification. The traditional classical theory is characterized in that the fatigue crack growth rate is taken as a linear process under a log-log coordinate to carry out calculation. Since the artificial neuron network is used for predicting the fatigue crack growth rate, the characteristic of high non linearity of the fatigue crack growth can be fit, and meanwhile, the influence on the fatigue crack growth rate by the stress ratio can be favorably described.

The invention discloses a foot bath medicine bag for treating asthma and cough, belonging to the technical field of traditional Chinese medicine. The foot bath medicine bag is characterized by being prepared from the following raw material components in parts by weight: 20-40 parts of folium eriobotryae, 10-30 parts of cortex mori, 10-20 parts of bulbus fritillariae thunbergii, 5-15 parts of pericarpium citri reticulatae, 5-15 parts of rhizoma pinelliae, 5-15 parts of herba houttuyniae, 5-15 parts of radix platycodonis and 5-15 parts of fructus perillae. The traditional Chinese medicine raw materials in the formula are dialectically compatible and complement each other in the aspect of action, thus effectively exerting the effects of regulating qi-flowing for eliminating phlegm as well asstopping cough and relieving asthma, and further achieving the purpose of helping to cure the asthma and the cough; the formula of the foot bath medicine bag is based on the classical theory of traditional Chinese medicine, so that the foot bath medicine bag is scientific in compatibility of Chinese herbal medicine and simple in preparation method; by adopting a foot bath way, the medicine is directly absorbed through the skin and stimulates foot acupoints by means of warm liquid medicine, so that the therapeutic effect is remarkable.

The invention provides a traditional Chinese medicine composition for preventing ovarian hyperstimulation syndrome (OHSS). The traditional Chinese medicine composition is prepared from the following medicinal raw materials in parts by weight: 100-300 parts of poria cocos, 200-500 parts of coix seed, 150-450 parts of grifola, 200-500 parts of gordon euryale seed, 150-450 parts of caulis perllae, 100-300 parts of old pumpkin stalks and 100-300 parts of honey-fried licorice root. The traditional Chinese medicine composition is supported by solid Chinese medicine gynecology department classical theory and is reasonable in component ratio; the traditional Chinese medicine composition has a definite curative effect and no toxic or side effects, is capable of obviously reducing the occurrence rate of OHSS and obviously increasing the clinical pregnancy rate, and is safe to take. The herbal medicines in the traditional Chinese medicine composition are few, so that the quality control is easy, and meanwhile, the cost is low; the herbal medicines can be applied in preparation of the traditional Chinese medicine composition for preventing the OHSS in vitro fertilization and embryo transfer.

The invention discloses a cigarette ignition tendency testing device based on an oxygen consumption principle. The cigarette ignition tendency testing device is characterized by comprising a combustion testing unit, a smoke filtering unit and a three-way valve which are sequentially connected, and also comprising a sampling pipeline and an exhaust pipeline which are connected with the three-way valve and are arranged in parallel, wherein an oxygen analyzer is connected to the sampling pipeline; an output end of the oxygen analyzer is connected with a computer; a heat release amount of a cigarette is obtained by calculating the oxygen consumption after the cigarette is ignited, so that the cigarette ignition tendency is characterized. The cigarette ignition tendency testing device is designed based on a classical theory of combustion science and is reasonable in structure and simple and convenient to operate, and the heat release amount of the cigarettes can be effectively tested, so that the cigarette ignition tendency is reflected, and the device has scientific theoretical support and strong persuasion. Moreover, the use amount of consumables in the testing process can be greatly reduced, the testing number of the cigarettes is reduced, the testing cost is obviously saved, and the testing efficiency is improved.