37results about How to "Get results fast" patented technology

The invention provides an electromagnetic safety analysis method for a near field of a plane phased control array antenna on a system platform, which analyses electromagnetic safety of personnel and equipment close to the plane phased control array antenna on the system platform by calculating the near field electromagnetic environment of phase control array antenna radiation. The near field of the plane phased control array antenna is obtained by overlaying a radiation field of each active (motivation) array element in a array; enabling a near field area of the plane array antenna to be a far field area relative to the array elements; obtaining the near field of the array antenna after overlaying and rectifying the radiation far fields and solving the radiation far field of each array element in the array; and diagnosing the electromagnetic safety of the personnel and the equipment which are located at the near field of the phase control array antenna on the system platform by comparing near field electric field data with an electric field limit value specified by a electromagnetic safety standard. Each step of the method is based on strict principles, and the strictness of the principles ensures accuracy of calculation results, so that the electromagnetic safety of the personnel and the equipment located in the antenna near field area can be accurately analyzed.

The invention discloses a method for detecting the pollution toxicity of soil by adopting electric signals of a double-chamber microbial fuel cell and belongs to the technical field of detection of soil pollution. According to the method, electric quantity generated by decomposing organic matters through soil microorganisms is used as an index for detecting the pollution toxicity of the soil; compared with a traditional method for detecting the toxicity by microorganism activity, biomass and the like, the method has the advantages of low cost, easiness in operation and short detection period. The double-chamber microbial fuel cell used in the method comprises an anode, a cathode, an anode fixing groove, a cathode fixing groove, an anode chamber, a cathode chamber, a top cover of the anode chamber, a top cover of the cathode chamber, a diaphragm, a rubber cushion, a lead wire, a load, bolts and nuts. Before the double-chamber microbial fuel cell is operated, polluted soil and glucose are mixed and are added into the anode chamber; a potassium ferricyanide solution is introduced into the cathode chamber to be used as an electron acceptor; after the double-chamber microbial fuel cell is operated for 48 hours, the generated electric quantity in the 48 hours is calculated and is used for evaluating the toxicity of pollutants. The method for detecting the pollution toxicity of the soil by adopting the electric signals of the double-chamber microbial fuel cell has high scientific values and application values.

The invention discloses a kit for jointly detecting breast cancer 21 genes. A PCR (polymerase chain reaction) amplification primer consists of 21 primer pairs, and can be used for jointly detecting 21 gene-related expression quantities: Ki67, STK15, Survivin, CCNB1, MYBL2, MMP11, CTSL2, GRB7, HER2, GSTM1, CD68, BAG1, ER, PGR, BCL2, SCUBE2, ACTB, GAPDH, PRLPO, GUS, and TFRC. Output fragments of the 21 pairs of primers related in the invention are smaller than 100bp, so that PCR efficiency after reverse transcription of mRNA (messenger ribonucleic acid) extracted by a paraffin specimen is greatly improved, all primers of 21 genes are premixed, and time and labor for designing and synthesizing 21 pairs of genes by an experimenter are saved; the corresponding primers of the 21 genes are not needed to be added for premixing in mother liquor, and therefore, errors of reaction holes are greatly reduced. The kit disclosed by the invention is simple to operate, and capable of detecting on a quantitative PCR instrument by only adding a template, so that detection experimental time is greatly shortened. The kit disclosed by the invention is applicable to a single sample and multiple samplers, so that results can be quickly obtained, and therefore, scientific research and clinical detection requirements can be satisfied very well.

The invention discloses a method for surface functionalization treatment of a Fe3O4 nanoparticle and constructs a novel, simple, cheap, convenient and highly-sensitive HCV virus detection technology through coupling of produced active groups and a HCV antibody. According to the invention, a superparamagnetic polymethyl acrylate microsphere is synthesized by using suspension emulsion polymerization method; the surface of the microsphere is modified with a carboxyl group and coupled with an anti-HCV antibody; and the coupled superparamagnetic polymethyl acrylate microsphere has HCV enrichment efficiency of 94.50%. The invention provides a method for detecting HCV by using a combination of immunomagnetic beads and fluorescent PCR, belonging to the field of health quarantine.

The present invention discloses a transformer winding deformation detection method. The method comprises the steps of: constructing a transformer self-oscillation circuit, wherein the transformer self-oscillation circuit comprises a direct-current high voltage generator, a first control switch, a second control switch, a detected transformer and a detection device; closing the first control switchto allow the direct-current high voltage generator to allow a direct-current high voltage generator to charge a ground equivalent capacitor; disconnecting the first control switch, rapidly closing the second control switch to allow the detected transformer winding to discharge the ground equivalent capacitor, and forming a coupling voltage through magnetic coupling and capacity coupling of the detected transformer winding; detecting the detected transformer through the detection device to obtain the coupling voltage; and finally, according to the coupling voltage, determining whether the detected transformer winding generates deformation or not. The transformer winding deformation detection method can accurately and rapidly determine whether the transformer winding generates deformation or not and the deformation degree.

The invention provides a multichannel optical fiber fluorescence sensor, which comprises a light source, an excitation light splitting device, a signal light splitting device connected with the excitation light splitting device, a probe array and a light filter device which are connected with the signal light splitting device, an imaging system connected with the light filter device, and a controland data display terminal in communication connection with the light source and the imaging system. The probe array comprises fiber probes. Each fiber probe has an exposed core area and a quantum dot. The excitation light emitted by the light source is coupled into different fiber probes through the light splitting device; evanescent waves generated on the surfaces of the probes excite the quantum dots on the probes to generate fluorescence signals; the signal light of the fluorescence signals is collected by the fiber probes and coupled into the light filter module through the light splitting device, thereby realizing multichannel fluorescence signal acquisition; the detection structure can be visually displayed in the imaging system; and the multichannel optical fiber fluorescence sensor is relatively low in cost, is relatively small in size, is convenient to carry and can quickly obtain the result.

The invention discloses a trademark pattern matching method and a corresponding device, equipment and medium, and the method comprises the steps of obtaining the image features of a trademark pattern contained in a to-be-compared picture, constructing a to-be-compared feature matrix, and storing the image features of a single trademark pattern in each row vector; obtaining a preset compared feature matrix of a compared trademark library, wherein each row vector stores an image feature of a single compared trademark in the compared trademark library; calculating the similarity based on the to-be-compared feature matrix and the compared feature matrix to obtain a similar matrix; and screening out elements of which the similarity meets a preset condition from the similar matrix so as to determine suspected trademark patterns having similarity association with the compared trademarks from the trademark patterns, and matching a plurality of first compared trademarks most similar to each suspected trademark pattern for each suspected trademark pattern. According to the invention, operation and judgment of approximate matching of the trademark are realized based on matrix operation, the operation efficiency is high, the response is quick, the overhead is relatively low, and the invention is suitable for identifying suspected trademark infringement information from the product picture.

The invention discloses a detection kit and a detection method for rapidly detecting a novel coronavirus. The kit comprises a group of detection test paper, a positive control, a detection result recording card and an instruction book which are arranged in an aluminum foil bag; the novel coronavirus rapid detection test paper is composed of a bottom plate, a sample area, a reaction area, latex forsealing, a color development layer and a water absorption area; a sample pad and a water absorption pad are arranged on the bottom plate and located on the two opposite sides of the bottom plate respectively, and the sample pad is suction filter paper or a glass fiber membrane and used for bearing an object to be detected; a nitrocellulose membrane is fixed on the bottom plate, and the water absorption pad is water absorption paper; the preparation method comprises the following steps: specifically capturing and combining a coronavirus protein antigen by adopting double enzyme-linked immunosorbent assay through ACE2 and CHOP double proteins; combining a CHOP reaction element in the test paper reaction area with biotin, connecting avidin with horse radish peroxidase, and rapidly a detection result through chemical color development by virtue of a biotin-avidin system, wherein the virus content can be accurately detected by virtue of a microplate reader.

The invention discloses a data processing method, device and system. The data processing method comprises the steps of determining an absolute survival function curve of a target client based on a client characteristic of the target client, a characteristic coefficient of the client characteristic and a reference risk rate; matching the absolute survival function curve of the target client with the target survival curve of the target client by adjusting the client characteristics of the target client; and determining one or more feature schemes corresponding to the target survival curve of thetarget client according to an adjustment result of the client feature of the target client. The client life cycle can be automatically and effectively managed.

The invention relates to a method for determining motion interference of a plugging mechanism. The method comprises the following steps: (1) simplifying an actual model of the plugging mechanism into a physical model; (2) carrying out stress and motion analysis on the simplified physical model; (3) using the plugging mechanism as a motion system, wherein the whole system is in compound motion, absolute motion is fixed-axis rotation of a rotating arm of the plugging mechanism around a rotating shaft of the plugging mechanism, relative motion is movement of a plug in a long circular hole, and transport motion is fixed-axis rotation of the plug around a plug pin; and (4) obtaining a position map of any angle in the motion process of the plugging mechanism according to a motion analysis result, and judging whether interference exists in the motion process of the plugging mechanism according to the position map. According to the method, a kinematics simulation model does not need to be established, and an actual verification test does not need to be carried out; and the position corresponding to any angle in the rotating process can be theoretically obtained and displayed through drawing, then whether interference exists in the moving process of the plugging mechanism or not is judged, and the obtained result is real, accurate and visual.

The invention provides a quality evaluation method of traditional Chinese medicine-fructus evodiae. The method comprises the following steps: different fructus evodiae samples are ground and screened, and fructus evodiae powder is obtained; the fructus evodiae powder is weighed, ground repeatedly with a chloral hydrate solution and transferred into volumetric flasks, glycerin is added, constant volume is reached with the chloral hydrate solution, and suspensions are obtained; the suspensions are drawn for slice production, and nonglandular hairs are observed under a microscope and counted; the average number of the nonglandular hairs in the fructus evodiae samples per milligram is counted, and the product with the average number larger than or equal to 543.83 per milligram is qualified. With adoption of the method, quality of the traditional Chinese medicine-fructus evodiae is judged by determining the micro-characteristic constant value of the non-glandular hairs in the different fructus evodiae samples, and one novel method for evaluating quality of fructus evodiae is provided. Compared with a method for identifying quality of fructus evodiae with a main active ingredient determining process, the method has the advantages of being simple and convenient and obtaining results more quickly; compared with a conventional method for identifying fructus evodiae on the basis of morphology microscopic characteristics, the quality evaluation method is high in accuracy.

The invention discloses a reciprocating mechanical equipment fault detection method based on vibration data, and relates to the technical field of diesel engine operation state monitoring. The method comprises the following steps: firstly, aiming at target equipment, optimizing a measuring point channel which is most sensitive to an operation state through working condition sensitivity analysis; in the actual operation process of the target equipment, collecting a vibration signal of the optimal measuring point channel in real time; performing Fourier transform on each new data segment to obtain a Fourier coefficient vector; continuously arranging the Fourier coefficient vectors of different data segments in the time direction to obtain 'time-frequency-amplitude' three-dimensional joint distribution of the vibration data of the channel, and constructing 'time-frequency-amplitude increment' three-dimensional joint distribution and enhanced 'time-frequency-amplitude increment' three-dimensional joint distribution; and finally, comparing with operation condition data, and detecting fault characteristics. According to the invention, information extraction can be effectively carried out on reciprocating mechanical equipment in real time, and faults can be found and positioned in time.

The invention discloses an intelligent police car mobile big data platform. Face data is processed by a face integration model and then is stored in a face model library. License plate data is processed by a license plate integration model and then stored in a license plate model library. The face model library and the license plate model library are directly installed on a police car through a server device and a storage device. During data processing, after facial photos are automatically collected through portrait collection equipment, photos are input into a data calculation unit, query and comparison are performed by utilizing the data calculation unit, calculation results are obtained after calculation, and then result output is performed. According to the invention, a mode of establishing a data model is used to pre-process various data and compress and store the data in the smart police car, so that the storage space is greatly saved and the calculation amount is reduced; through big data integration and compression technologies, data is subjected to deduplication and modeled storage in a data storage node of a police car, and a calculation unit can quickly obtain a resultonly by calculating model node data.

The invention relates to the technical field of data message distribution, in particular to a data selection method for diagnosis prediction. The method comprises the following steps: S1, analyzing an electronic medical record and obtaining text data; S2, extracting the medical record data and diagnosis data; S3, uploading the data to a medical record library, and searching for related data; S4, comparing the medical record data and the diagnosis data; S5, performing data similarity arrangement; S6, obtaining multiple sets of related diagnosis schemes, wherein the text data refer to complete diagnosis medical record data information of a patient in a special department. According to the method, the tedious steps of medical record modeling and machine learning are avoided, the implementation cost of a diagnosis prediction scheme is reduced, multiple diagnosis schemes are provided when doctors diagnose special medical records or medical records containing complications, the situation that the complex medical records are missed or mistakenly diagnosed is avoided, and meanwhile, the searched comparison medical records provide treatment methods and treatment effects of previous medical records for doctors, so that the doctors can conveniently treat patients after diagnosis and prediction.

The invention relates to the technical field of in-vitro detection, in particular to a Q-PCR detection method of a colorectal cancer marker DCD. The method comprises the steps of RNA extraction of a sample, reverse transcription and Q-PCR amplification. The DCD is used as a colorectal cancer candidate diagnosis index and treatment target, RNA of cells or tissues is firstly extracted, an internal reference primer and a DCD gene primer are set to perform reverse transcription on the RNA to obtain two groups of different amplification products, Q-PCR reaction is performed respectively to obtain melting curves and amplification curves of the two groups of amplification products respectively, and the expression level of the DCD gene is calculated; then, theexpression level of the DCD geneis compared with the mRNA concentration of the DCD in the normal tissue or cell, and if the mRNA concentration of the DCD in the tested tissue or cell is more than one time higher than that of the normal tissue or cell, the tested tissue or cell can be considered to be the colorectal cancer tissue or colorectal cancer cell, so that early diagnosis of the colorectal cancer is facilitated.

The invention discloses a rapid detection method for nitrification effect of nitrobacteria. The method comprises the following steps: 1) preparing a nitrite liquid, which comprises preparation of nitrite nitrogen NO2-N standard operating fluid or taking of nitrite-containing aquatic product culture water; 2) preparing nitrated reaction systems with different volume gradients; 3) performing the nitrification for 16-22 hours in a thermotank at the temperature of 25-35 DEG C; 4) preparing a colorimetric reagent; 5) performing colorimetric detection; and 6) performing assessment on the colorimetric result and the nitrification effect. The method is simple, visual and practical, the obtained result is rapid; direct and rapid detection is carried out on the nitrification effect of nitrobacteria by a culture filed, whether the nitrification effect is generated on the nitrobacteria or not can be qualitative, the level of the quantification nitrification effect is carried out, and the method has guidance meaning for monitoring aquatic product culture water quality and solving the problem of the aquatic product culture.