37results about How to "Meet the needs of quality control" patented technology

The invention discloses a data quality analysis evaluation model facing electric power big data. Core functions of the data quality analysis evaluation model facing electric power big data comprise steps of performing processing on a collection plan and a restriction rule in a basic model, calling a background storage realizing checking and analysis through a data quality control model, executingchecking and forming a checking result in an entity database, performing analysis, computing, classification and summarization through an analysis program, generating a quantized index result reflecting a plan completion state and data quality, storing the result in an analysis result table, and calling the analysis table through a foreground to generate a data quality analysis evaluation report which reflects various quantized indexes of data quality problems in detail. The invention improves an automated level of data quality analysis and evaluation, realizes intelligent management and control of data quality, satisfies data quality control requirement for big batch data, and realize quantized analysis and evaluation for data integrity, timeliness, accuracy and consistency.

The invention especially relates to a detection and evaluation method for the abradability of a seal coating, belonging to the technical field of aeroengines. The detection and evaluation method is applicable to determination of the abradability of thermally-sprayed abradable seal coatings. The method comprises the following steps: preparation of a coating; measurement and weighing; installation of blade samples; calibration of zero position; setting of test parameters; abrasion testing; and result analysis and evaluation. The detection and evaluation method provided by the invention is employed for studying the frictional wearing behaviors of three low-and-medium-temperature seal coatings, i.e., an AHB (aluminum/boron nitride) coating, a Metco601 (aluminum-silicon polybenzoate) and a Metco 307 (nickel graphite) coating, and matching pairs; and criteria are formulated for determination of the abradability of abradable seal coatings, including three qualitative criteria and four quantitative criteria, wherein the three qualitative criteria are composed of abrading force, the morphology and composition of the surfaces of abrasion scratches, and the morphology and composition of the cross sections of the abrasion scratches, and the four quantitative criteria are composed of a blade height abrasion ratio, a blade coating mass wear ratio, an abrasion scratch length ratio and an adhesion ratio.

The invention relates to a three-dimensional scanner technology-based embedded part position detection method. The method comprises steps: all embedded part central points are marked, three or more than three control reference points are selected from the embedded part central points, coordinates of the control reference points in a construction coordinate system are measured, a scanner is erected, positions with the embedded part central points are scanned, data of the scanner are read, numbers of the embedded part central points are marked according to the scanned data, a file is used for outputting coordinates of each point of the embedded part central points, the scanned data are converted into the construction coordinate system through the control reference points, and coordinate values of the embedded part central points in the construction coordinate system are obtained. According to the method of the invention, an accurate detection result can be obtained, a basis can be provided for detection and acceptance of a nuclear power construction wall and a bottom plate embedded part, the difficult problem of detecting positions of embedded parts, especially when the number of embedded parts is large, in the case of nuclear power construction can be solved, safety of detecting an overhead embedded part is improved, the detection is flexible, and field construction quality control requirements can be met.

The invention discloses an improved casting process of high-carbon steel in the production of billet continuous casting. The casting process comprises the following steps that (1), the installation ofa long nozzle is improved, the installation quality of the long nozzle is improved, and the deviation of the long nozzle is avoided; (2) a tundish and long nozzle argon blowing device is adopted to guarantee that molten steel in the tundish is slightly overturned in the argon blowing process, and the phenomenon that the molten steel is splashed is not allowed; (3) a slag blocking wall is adoptedin the tundish; (4) the tapping temperature is controlled at 1595+/-10 DEG C; (5) reasonable ladle operation is adopted, and the temperature is lowered at the speed of lower than or equal to 3 DEG C per minute; and (6) the use of a tundish covering agent is enhanced, wherein the covering agent is a carbon-free magnesium oxide covering agent, and the adding amount is 0.6kg per ton of molten steel.According to the improved casting process, the removal of inclusions is facilitated, the control over the superheat degree of the molten steel is enhanced, the use of the tundish covering agent is enhanced, the surface quality and the internal quality of the continuous casting blank are improved, and the market competitiveness of the product is improved.

The present invention discloses a quality control method of Chinese medicine for treating traumatic injuries and rheumatic pain. The present invention combines the index component content mensuration and the thin-layer chromatography detection method for Chinese medicine, so as to achieve the aim of controlling and evaluating the quality of the Chinese medicine. Compared with the traditional quality control method, the method provided by the present invention is more scientific, reasonable and effective. In terms of operation, the method provided by the present invention has the advantages of simple operation, accuracy and reliability, high precision and high practical value.

The invention discloses a method and device for detecting and controlling quality of a rigid production line in an Ethernet bus mode. The method comprises the following steps that: each corresponding station is machined through a plurality of machining devices, and station information is acquired through a controller; the acquired station information is transmitted to a main control computer by an Ethernet conversion module through a remote access module; the main control computer proposes product quality trend state information according to the acquired station information through a quality analysis module; and the machining devices are fed back through the controller according to the product quality trend state information. The method and the device can be used for controlling the quality of the station of the rigid production line, so that the product quality is improved, and the production cost is reduced.

The invention provides a quality-control multi-parameter model for a magnetic resonance imaging system and CT equipment. The quality-control multi-parameter model comprises a box body and multiple test blocks; the test blocks comprise test layers and supporting layers for stacking and positioning the test blocks, the multiple supporting layers are sequentially stacked and arranged in the box body,and the test layers are arranged in the supporting layers; the multiple test layers comprise image geometric distortion test layers, low-contrast-resolution test layers and uniformity and signal-to-noise-ratio test layers, or the multiple test layers comprise any two of image geometric distortion test layers, low-contrast-resolution test layers and uniformity and signal-to-noise-ratio test layers. The quality-control requirement of the MRI and the quality-control requirement of the CT equipment can be simultaneously met, the product function is diverse, different test requirements can be met,multiple parameters can be simultaneously measured, the accuracy and modularization are high, and the test layers can be flexibly combined.

The invention provides an inorganic electrolyte lithium salt content detection method. The method comprises the following steps: a to-be-measured sample solution containing inorganic electrolyte lithium salt is subjected to constant-temperature standing, conductivity is tested, and according to a conductivity curve of an inorganic electrolyte lithium salt standard solution, the content of the inorganic electrolyte lithium salt in the to-be-measured sample solution can be obtained. Compared with the prior art, by using different concentrations of the inorganic electrolyte lithium salts in an organic solvent system and corresponding relation with conductivity in the solution system, so that concentration of the inorganic electrolyte lithium salt in the solution can be rapidly detected, the method has the advantages of simple operation and low detection cost, detection can be completed only in 3-5 min, quality control requirement during production can be completely satisfied, and the detection result has good repeatability.

The invention relates to a method for checking the position of a prefabricated steel component based on a three-dimensional scanner technology. More than three measurement targets are set; a scanner is erected, a prefabricated component is scanned, and data of the scanner are read; fitting of feature points of the prefabricated component is performed, and theoretical coordinates of the feature points are calculated; the theoretical coordinates and the feature points are matched to obtain a spatial stereoscopic part of the prefabricated component; and comparison with a theoretical position is performed to obtain an offset of the prefabricated component. According to the invention, a problem of difficult quality checking of the prefabricated three-dimensional complex prefabricated componentsin the workshop is solved. With the provided method, an accurate inspection result can be obtained and thus the basis is provided for adjusting the actual position of the on-site installation. Moreover, erection becomes flexible and measurement becomes convenient; space of other construction processes is not occupied; and the demand of the construction schedule optimization is satisfied.

The invention relates to a simulation method based on collected laser shock data and a strengthening quality control device. The method comprises the following steps: using a laser shock strengtheningsystem to strengthen a part; collecting light spot parameters generated in the strengthening process; detecting a three-dimensional deformation field, a strain field and a stress field of the part soas to obtain measured data, and reversely solving a constitutive relation of the part in a high strain rate state; generating preliminary design of laser shock peening of the part according to the light spot parameters and the constitutive relation; performing finite element explicit analysis of multi-spot laser shock peening on the preliminary design to obtain a numerical simulation result; comparing and analyzing the simulation result and the measured data, and if the calculated error value is beyond the allowable range, improving the initial design of the finite element analysis until theerror value is within the allowable range to obtain the optimal finite element model. According to the method, a result obtained through finite element simulation analysis has very high credibility, and the control device can well meet the requirement of quality control.

The invention relates to a pipeline position detection method based on three-dimensional scanning. The method comprises the following steps of selecting a plurality of control reference points on a wall, simultaneously setting the target markers, measuring the coordinates of the control reference points in a construction coordinate system, scanning the position of a pipeline, scanning a referencepoint target at the same time, converting the scanning data into the construction coordinate system, intercepting the scanning data of the pipeline, sorting the pipeline data according to a wall body,selecting a section of section data according to requirements, dividing into the pipe inner side data and the pipe outer side data according to another column of data, and respectively calculating the pipeline center coordinates according to assumed theoretical radiuses to obtain the pipeline center and radius actual values. According to the invention, an accurate detection result can be obtained, the problem of inspection of the pipeline position in nuclear power construction, especially when the pipeline amount is very large, is solved, the inspection safety of the pipeline at high altitudeis improved, the detection is flexible, the measurement is convenient, and the quality control requirement of on-site construction can be met.

The present invention relates to the technical field of civil construction, and provides a non-fixed measuring station truss vehicle track position checking method. The method comprises following steps: setting a station of a total station, measuring coordinates of a starting point and an end point of a track, calculating azimuth angle of the starting point and the ending point, rotating azimuth angle of the total station to the azimuth angle of the starting point and the ending point, setting the azimuth angle of the total station to zero, measuring three-dimensional coordinates of each detection point, calculating measured span, and comparing the measured span value with a theoretical span value to obtain a deviation value. In the process of checking track position, the method can set upthe total station according to actual situations of a scene and checking elements, to adapt to the actual situation of a construction site, the method can indirectly display mutual relationship between tracks, visually display the span value between the tracks, has simple operation, reliable data, greatly improves safety of checking on the position and the span, and helps to meet the need of quality control of the on-site construction.

The invention provides a primer for rapidly detecting an exogenous virus in a porcine pseudorabies live vaccine and application of a primer in a kit. The primer comprises a specific primer I aiming at an African swine fever virus, a specific primer II aiming at a bovine viral diarrhea virus and a specific primer III aiming at a porcine circovirus type 2; the primers are applied to the kit, and rapid screening and detection of three pathogens, namely, African swine fever virus (ASFV), bovine viral diarrhea virus (BVDV) and porcine circovirus type 2 (PCV2), are simultaneously completed in a reaction system; by arranging the detection primers, the specificity, the stability and the sensitivity for detecting the ASFV, the BVDV and the PCV2 can be improved; when being applied, the kit has the advantages of simplicity in operation, short detection time and no limitation of the level of detection personnel and the level of a laboratory.

The invention discloses a truss crane rail inspection method based on a three-dimensional scanner technology. The method comprises the following steps: selecting three or more control reference pointson a cylinder, measuring coordinates of the control reference point in a construction coordinate system; erecting a scanner, and scanning the position of the truss crane rail; converting the scanningdata into a construction coordinate system; selecting the scanning data of the truss crane and independently storing the scanning data as scanning data of the truss crane, cutting out the section ofthe track beam every 2m, extracting three-dimensional coordinates of points on the two sides of the section, comparing coordinates and elevation difference values of the same positions of track points, obtaining the actual distance and elevation difference of the track gauge, and obtaining a deviation value is obtained through comparison of the theoretical distance and the actual distance. According to the method, an accurate detection result can be obtained, so a basis is provided for inspection and acceptance of the truss crane rail, the problem of inspection of the truss crane rail in construction is solved, the inspection safety of the truss crane rail at high altitude is improved, the detection is flexible, the measurement is convenient, and the quality control requirement of field construction is met.

The invention provides a method for separating and purifying tulathromycin D. The method comprises the following steps: eluting a to-be-separated substance in a chromatographic column by using a mobile phase by adopting high performance liquid chromatography, performing reduced pressure distillation on qualified fractions, extracting and desalting, and performing reduced pressure concentration onan organic layer until the organic layer is dried. According to the method disclosed by the invention, the qualified fractions are treated before extraction, the qualified fractions are subjected to high-pressure homogenization or ultrasonic grinding, the particle size is reduced, the pH value is regulated, activated carbon for injection is added, stirring and decarburization are performed, filtration is performed by virtue of a filter membrane, the apparent distribution volume is improved, and impurities in the fractions are well separated. According to the separation method, the impurities produced in the synthesis and degradation process of the tulathromycin can be effectively separated, the production batch is stable, the quality is reliable, the production cycle is short, the single preparation yield is high, the impurity quality control requirements are met, and a good foundation is laid for research of unknown impurities of the tulathromycin.

The invention discloses a sulfur spacer (R)-BINOL CSP filler as well as a preparation method and application thereof. The structural formula of the sulfur spacer (R)-BINOL CSP is shown in the specification. In the formula, the structural formula of the silica gel carrier after hydrogen is removed is represented. The filler can separate chiral compounds of various structure types, has good stability, is suitable for being used as a high performance liquid chromatography filler, can resolve three chiral compounds of thalidomide, salbutamol and ractopamine under the condition of a polar mobile phase, has stable chiral recognition capability, and can be used as a high performance liquid chromatography filler for separating chiral compounds of thalidomide, salbutamol and ractopamine. The requirements of enantiomer separation and analysis of chiral drugs and quality control in the production and clinical use process can be met.